Persistent and delay-period activity in mouse cortex

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^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference} The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference} showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference} The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference} showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...
^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference} The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference} showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...
^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference} The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference} showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...
^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference} The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference} showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}0 The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}1 showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}2 Recovery of mouse frontal-cortex delay-period selectivity after transient unilateral silencing. Schematic choice-selectivity time courses before, during (shaded), and after unilateral photoinhibition of mouse frontal cortex in three studies: ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}3 (ALM unilateral silencing during the delay), ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}4 (large-scale bilateral recording with unilateral perturbation), and ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}5 (transient end-point pertu...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}6 Recovery of mouse frontal-cortex delay-period selectivity after transient unilateral silencing. Schematic choice-selectivity time courses before, during (shaded), and after unilateral photoinhibition of mouse frontal cortex in three studies: ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}7 (ALM unilateral silencing during the delay), ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}8 (large-scale bilateral recording with unilateral perturbation), and ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}9 (transient end-point pertu...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}0 Recovery of mouse frontal-cortex delay-period selectivity after transient unilateral silencing. Schematic choice-selectivity time courses before, during (shaded), and after unilateral photoinhibition of mouse frontal cortex in three studies: ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}1 (ALM unilateral silencing during the delay), ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}2 (large-scale bilateral recording with unilateral perturbation), and ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}3 (transient end-point pertu...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}4 The robustness extends beyond the canonical lick task. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}5 found that on spontaneous error trials in the tactile delayed-response task — without any experimental perturbation — selectivity reorganises within ALM (initially selective cells lose selectivity, initially non-selective cells gain it), consistent with endogenous attractor fluctuations producing incorrect short-term memories ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}6. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}7 th...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}8 The robustness extends beyond the canonical lick task. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}9 found that on spontaneous error trials in the tactile delayed-response task — without any experimental perturbation — selectivity reorganises within ALM (initially selective cells lose selectivity, initially non-selective cells gain it), consistent with endogenous attractor fluctuations producing incorrect short-term memories ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}0. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}1 th...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}2 The robustness extends beyond the canonical lick task. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}3 found that on spontaneous error trials in the tactile delayed-response task — without any experimental perturbation — selectivity reorganises within ALM (initially selective cells lose selectivity, initially non-selective cells gain it), consistent with endogenous attractor fluctuations producing incorrect short-term memories ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}4. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}5 th...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}6 The robustness extends beyond the canonical lick task. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}7 found that on spontaneous error trials in the tactile delayed-response task — without any experimental perturbation — selectivity reorganises within ALM (initially selective cells lose selectivity, initially non-selective cells gain it), consistent with endogenous attractor fluctuations producing incorrect short-term memories ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}8. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}9 th...
^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}0 A second strand of work asks not whether the attractor exists but what geometry it has. ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}1 argued for a discrete attractor: during the delay epoch, ALM population activity moves towards one of two end points corresponding to lick-left and lick-right, the end points are robust to transient optogenetic perturbation, and rare perturbation-induced end-point switches predict incorrect actions on the same trial...
^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}2 A second strand of work asks not whether the attractor exists but what geometry it has. ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}3 argued for a discrete attractor: during the delay epoch, ALM population activity moves towards one of two end points corresponding to lick-left and lick-right, the end points are robust to transient optogenetic perturbation, and rare perturbation-induced end-point switches predict incorrect actions on the same trial...
^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}4 A second strand of work asks not whether the attractor exists but what geometry it has. ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}5 argued for a discrete attractor: during the delay epoch, ALM population activity moves towards one of two end points corresponding to lick-left and lick-right, the end points are robust to transient optogenetic perturbation, and rare perturbation-induced end-point switches predict incorrect actions on the same trial...
^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}6 A second strand of work asks not whether the attractor exists but what geometry it has. ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}7 argued for a discrete attractor: during the delay epoch, ALM population activity moves towards one of two end points corresponding to lick-left and lick-right, the end points are robust to transient optogenetic perturbation, and rare perturbation-induced end-point switches predict incorrect actions on the same trial...
^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}8 A second strand of work asks not whether the attractor exists but what geometry it has. ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}9 argued for a discrete attractor: during the delay epoch, ALM population activity moves towards one of two end points corresponding to lick-left and lick-right, the end points are robust to transient optogenetic perturbation, and rare perturbation-induced end-point switches predict incorrect actions on the same trial...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}0 A second strand of work asks not whether the attractor exists but what geometry it has. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}1 argued for a discrete attractor: during the delay epoch, ALM population activity moves towards one of two end points corresponding to lick-left and lick-right, the end points are robust to transient optogenetic perturbation, and rare perturbation-induced end-point switches predict incorrect actions on the same trial...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}2 ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}3 reports ALM delay activity moving toward discrete end points robust to perturbation; ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}4 reports the same area’s selectivity flowing through a sequence of activity-space directions, with targeted photostimulation triggering the predicted sequential propagation. The two models predict different geometries of the population trajectory and different sensitivities to small perturbations along early...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}5 ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}6 reports ALM delay activity moving toward discrete end points robust to perturbation; ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}7 reports the same area’s selectivity flowing through a sequence of activity-space directions, with targeted photostimulation triggering the predicted sequential propagation. The two models predict different geometries of the population trajectory and different sensitivities to small perturbations along early...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}8 Geometry of mouse association-cortex delay-period activity. Schematic illustrations of the four geometric descriptions read off mouse delay-period datasets: discrete end points in ALM during tactile delayed-response licking ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}9; choice-specific sequences spanning the trial in PPC during virtual T-maze navigation ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}0; selectivity flowing through a sequence of activity-space directions in ALM du...
^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}1 Geometry of mouse association-cortex delay-period activity. Schematic illustrations of the four geometric descriptions read off mouse delay-period datasets: discrete end points in ALM during tactile delayed-response licking ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}2; choice-specific sequences spanning the trial in PPC during virtual T-maze navigation ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}3; selectivity flowing through a sequence of activity-space directions in ALM du...
^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}4 Geometry of mouse association-cortex delay-period activity. Schematic illustrations of the four geometric descriptions read off mouse delay-period datasets: discrete end points in ALM during tactile delayed-response licking ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}5; choice-specific sequences spanning the trial in PPC during virtual T-maze navigation ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}6; selectivity flowing through a sequence of activity-space directions in ALM du...
^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}7 Geometry of mouse association-cortex delay-period activity. Schematic illustrations of the four geometric descriptions read off mouse delay-period datasets: discrete end points in ALM during tactile delayed-response licking ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}8; choice-specific sequences spanning the trial in PPC during virtual T-maze navigation ^{2Citationpaper:paper-3b6e7b0cf19bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}9; selectivity flowing through a sequence of activity-space directions in ALM du...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}0 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}1 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}2. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}3 analysed ~20,000 ALM neurons during a tactile decision and found...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}4 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}5 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}6. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}7 analysed ~20,000 ALM neurons during a tactile decision and found...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}8 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}9 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}0. ^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}1 analysed ~20,000 ALM neurons during a tactile decision and found...
^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}2 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}3 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}4. ^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}5 analysed ~20,000 ALM neurons during a tactile decision and found...
^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}6 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}7 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}8. ^{3Citationpaper:paper-2c8967d58a53The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}9 analysed ~20,000 ALM neurons during a tactile decision and found...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}0 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}1 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}2. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}3 analysed ~20,000 ALM neurons during a tactile decision and found...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}4 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}5 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}6. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}7 analysed ~20,000 ALM neurons during a tactile decision and found...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}8 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}9 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}00. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}01 analysed ~20,000 ALM neurons during a tactile decision and found...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}02 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}03 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}04. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}05 analysed ~20,000 ALM neurons during a tactile decision and found...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}06 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}07 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}08. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}09 analysed ~20,000 ALM neurons during a tactile decision and found...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}10 A third reading argues that “discrete” and “sequential” are not mutually exclusive at the level of single trials. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}11 found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}12. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}13 analysed ~20,000 ALM neurons during a tactile decision and found...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}14 In PPC, the picture is sequence-dominated. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}15 recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}16. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}17 extended this to evidence accumulation in PPC: dynamics transitioned...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}18 In PPC, the picture is sequence-dominated. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}19 recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}20. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}21 extended this to evidence accumulation in PPC: dynamics transitioned...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}22 In PPC, the picture is sequence-dominated. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}23 recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}24. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}25 extended this to evidence accumulation in PPC: dynamics transitioned...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}26 In PPC, the picture is sequence-dominated. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}27 recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}28. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}29 extended this to evidence accumulation in PPC: dynamics transitioned...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}30 In PPC, the picture is sequence-dominated. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}31 recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}32. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}33 extended this to evidence accumulation in PPC: dynamics transitioned...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}34 In PPC, the picture is sequence-dominated. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}35 recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}36. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}37 extended this to evidence accumulation in PPC: dynamics transitioned...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}38 In PPC, the picture is sequence-dominated. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}39 recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}40. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}41 extended this to evidence accumulation in PPC: dynamics transitioned...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}42 In PPC, the picture is sequence-dominated. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}43 recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}44. ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}45 extended this to evidence accumulation in PPC: dynamics transitioned...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}46 ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}47 reports PPC working-memory coding as choice-specific sequences with transiently active cells; ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}48 reports ALM preparatory activity as remarkably robust to large-scale unilateral silencing with selectivity restored within seconds. Whether sequence vs. fixed-point coding is region-specific, task-specific, or technique-specific (two-photon GCaMP vs. extracellular spikes) is unresolved. The two-photon...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}49 ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}50 reports PPC working-memory coding as choice-specific sequences with transiently active cells; ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}51 reports ALM preparatory activity as remarkably robust to large-scale unilateral silencing with selectivity restored within seconds. Whether sequence vs. fixed-point coding is region-specific, task-specific, or technique-specific (two-photon GCaMP vs. extracellular spikes) is unresolved. The two-photon...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}52 ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}53 provided one possible resolution at the population-coding level: in mouse PPC during a virtual-reality delayed match-to-sample task, neurons projecting to the same downstream target form structured pairwise correlations — combining information-limiting and information-enhancing motifs — that enhance choice information beyond pairwise interactions and are absent from nearby unlabelled populations [Safaai...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}54 ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}55 provided one possible resolution at the population-coding level: in mouse PPC during a virtual-reality delayed match-to-sample task, neurons projecting to the same downstream target form structured pairwise correlations — combining information-limiting and information-enhancing motifs — that enhance choice information beyond pairwise interactions and are absent from nearby unlabelled populations [Safaai...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}56 ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}57 provided one possible resolution at the population-coding level: in mouse PPC during a virtual-reality delayed match-to-sample task, neurons projecting to the same downstream target form structured pairwise correlations — combining information-limiting and information-enhancing motifs — that enhance choice information beyond pairwise interactions and are absent from nearby unlabelled populations [Safaai...
^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}58 ^{1Citationpaper:e5455d9e-9c3e-450b-bddf-f40f62ee661bThe most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...content/10_persistent_activity.md:line 9Open reference}59 provided one possible resolution at the population-coding level: in mouse PPC during a virtual-reality delayed match-to-sample task, neurons projecting to the same downstream target form structured pairwise correlations — combining information-limiting and information-enhancing motifs — that enhance choice information beyond pairwise interactions and are absent from nearby unlabelled populations [Safaai...
... 253 additional anchors in refs_json

References

[Li2016] paper:e5455d9e-9c3e-450b-bddf-f40f62ee661b “The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...”
[Chen2021] paper:paper-3b6e7b0cf19b “The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...”
[Papale2024] paper:paper-2c8967d58a53 “The most heavily replicated mouse-cortex persistent-activity result is the ALM bilateral-redundancy phenotype. [Li2016] showed that preparatory delay activity in ALM is robust to large-scale unilateral optogenetic silencing — direction-selective dynamics are restored after the laser is released — while bilateral silencing abolishes selectivity for the subsequent trial, identifying the corpus callosum as the substrat...”
[Inagaki2019] paper:67bd565b-2a75-461d-9061-05fb0bb877c2 “**Recovery of mouse frontal-cortex delay-period selectivity after transient unilateral silencing.** Schematic choice-selectivity time courses before, during (shaded), and after unilateral photoinhibition of mouse frontal cortex in three studies: [Li2016] (ALM unilateral silencing during the delay), [Chen2021] (large-scale bilateral recording with unilateral perturbation), and [Inagaki2019] (transient end-point pertu...”
[Chae2022] paper:paper-4b38925c6c7e “The robustness extends beyond the canonical lick task. [Chae2022] found that on spontaneous error trials in the tactile delayed-response task — without any experimental perturbation — selectivity reorganises within ALM (initially selective cells lose selectivity, initially non-selective cells gain it), consistent with endogenous attractor fluctuations producing incorrect short-term memories [Chae2022]. [Chae2024] th...”
[Chae2024] paper:paper-8c2ddb1bda78 “The robustness extends beyond the canonical lick task. [Chae2022] found that on spontaneous error trials in the tactile delayed-response task — without any experimental perturbation — selectivity reorganises within ALM (initially selective cells lose selectivity, initially non-selective cells gain it), consistent with endogenous attractor fluctuations producing incorrect short-term memories [Chae2022]. [Chae2024] th...”
[Inagaki2018] paper:e8d68957-7c51-41ac-85bd-f5af67fceba1 “A second strand of work asks not whether the attractor exists but what geometry it has. [Inagaki2019] argued for a discrete attractor: during the delay epoch, ALM population activity moves towards one of two end points corresponding to lick-left and lick-right, the end points are robust to transient optogenetic perturbation, and rare perturbation-induced end-point switches predict incorrect actions on the same trial...”
[Daie2023] paper:b1a3a59e-a093-4a17-a122-e55925015edb “A second strand of work asks not whether the attractor exists but what geometry it has. [Inagaki2019] argued for a discrete attractor: during the delay epoch, ALM population activity moves towards one of two end points corresponding to lick-left and lick-right, the end points are robust to transient optogenetic perturbation, and rare perturbation-induced end-point switches predict incorrect actions on the same trial...”
[Harvey2012] paper:paper-8bd2d21e65e2 “**Geometry of mouse association-cortex delay-period activity.** Schematic illustrations of the four geometric descriptions read off mouse delay-period datasets: discrete end points in ALM during tactile delayed-response licking [Inagaki2019]; choice-specific sequences spanning the trial in PPC during virtual T-maze navigation [Harvey2012]; selectivity flowing through a sequence of activity-space directions in ALM du...”
[Affan2025] paper:paper-6f017ed7f8b4 “A third reading argues that "discrete" and "sequential" are not mutually exclusive at the level of single trials. [Affan2025] found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement [Affan2025]. [Yang2022b] analysed ~20,000 ALM neurons during a tactile decision and found...”
[Yang2022b] paper:paper-81f7d592fc85 “A third reading argues that "discrete" and "sequential" are not mutually exclusive at the level of single trials. [Affan2025] found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement [Affan2025]. [Yang2022b] analysed ~20,000 ALM neurons during a tactile decision and found...”
[Chen2024] paper:c5e6a37d-7b06-4951-80e4-a50d24d476b4 “A third reading argues that "discrete" and "sequential" are not mutually exclusive at the level of single trials. [Affan2025] found that individual frontal-cortex neurons ramp at heterogeneous speeds before movement initiation and that this multi-timescale heterogeneity enables precise encoding of the time of upcoming movement [Affan2025]. [Yang2022b] analysed ~20,000 ALM neurons during a tactile decision and found...”
[Morcos2016] paper:paper-58ff0126fc30 “In PPC, the picture is sequence-dominated. [Harvey2012] recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales [Harvey2012]. [Morcos2016] extended this to evidence accumulation in PPC: dynamics transitioned...”
[Driscoll2017] paper:paper-d80461e6c27d “In PPC, the picture is sequence-dominated. [Harvey2012] recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales [Harvey2012]. [Morcos2016] extended this to evidence accumulation in PPC: dynamics transitioned...”
[Choi2025c] paper:paper-8a77f46a9951 “In PPC, the picture is sequence-dominated. [Harvey2012] recorded with two-photon calcium imaging during a virtual T-maze decision and found that distinct neuronal sequences were triggered on opposite-choice trials, defining divergent trajectories through population state space and intermingled at sub-100-µm spatial scales [Harvey2012]. [Morcos2016] extended this to evidence accumulation in PPC: dynamics transitioned...”
[Safaai2025] paper:paper-37830231c941 “[Safaai2025] provided one possible resolution at the population-coding level: in mouse PPC during a virtual-reality delayed match-to-sample task, neurons projecting to the same downstream target form structured pairwise correlations — combining information-limiting and information-enhancing motifs — that enhance choice information beyond pairwise interactions and are absent from nearby unlabelled populations [Safaai...”
[Pho2018] paper:paper-8a23b19ef4d4 “[Safaai2025] provided one possible resolution at the population-coding level: in mouse PPC during a virtual-reality delayed match-to-sample task, neurons projecting to the same downstream target form structured pairwise correlations — combining information-limiting and information-enhancing motifs — that enhance choice information beyond pairwise interactions and are absent from nearby unlabelled populations [Safaai...”

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