Jonas Rose

The paper shows how value-based decisions reorganize neural subspaces in LPFC by rotating and expanding chosen option representations.

This study investigates how the brain represents cues and contexts during fear learning and reversal, finding distinct neural strategies that predict fear renewal.

This study shows that partial contingency violations modulate extinction learning but do not prevent contextual renewal, as pigeons adapt their strategies in response to unstable contingencies.

This study shows that pigeon hippocampus and prefrontal NCL process extinction learning differently, with HPC encoding context phases and NCL enabling decision-making and meta-learning.

The paper investigates how stimulus complexity affects working memory performance by analyzing neural coding patterns in avian prefrontal cortex.

This study shows that crows exhibit gamma and beta oscillations in their endbrain during a working memory task, similar to primates, despite lacking a cortical structure.

The paper analyzes spiking and LFP data from monkey prefrontal cortex to show task-related reductions in spike variability can co-exist with intermittent spiking.

This study finds that crows and monkeys use similar neuronal computations, divisive normalization, in working memory tasks, suggesting these models may apply beyond mammals.

The paper proposes spatial computing as a mechanism for WM control, finding low-dimensional spatial activity that encodes control-related information in prefrontal cortex.