Célian Bimbard

This study shows the superior colliculus contributes additively to logistic decision-making by promoting competing actions independently of stimuli.

The paper shows that stable neural activity sequences are present across the entire mouse brain and remain consistent over weeks.

DeepUnitMatch tracks individual neurons across days using deep neural networks, outperforming current methods by analyzing spike waveforms.

This study shows that focal adhesion density remains constant across different cell sizes and geometries, adapting through changes in cell shape and contact area.

The paper shows that layer 2/3 and layer 5 excitatory neurons in the mouse visual cortex encode visual and nonvisual signals differently, with L2/3 more responsive to visual stimuli and L5 more responsive to movement.

The paper introduces an adaptable implant for chronic Neuropixels recordings in mice, enabling stable, reusable, and lightweight neural recordings across multiple experimental conditions.

The paper investigates background invariance in ferret auditory cortex, finding a hierarchical gradient similar to humans, explained by low-order acoustic features but suggesting higher-order mechanisms in humans.

The paper introduces UnitMatch, a pipeline for tracking neurons across recordings using spike waveforms, showing stability in visual cortex and changes in striatum during learning.

Repix enables reliable, reusable, and versatile chronic Neuropixels recordings in unrestrained animals over months, with minimal user training and high stability.

The paper shows that sound-evoked activity in mouse visual cortex is stereotyped and predictable from behavioral responses, suggesting it arises from low-dimensional internal state signals rather than direct multisensory integration.

This study compares neural representations of natural sounds in human and ferret auditory cortex, finding divergent processing at higher cortical stages for speech and music.

This paper proposes a computational framework for cerebellar learning using perturbations and validates it with in vitro experiments, contradicting the current consensus on synaptic plasticity.

This paper demonstrates the use of functional UltraSound (fUS) to create high-resolution, multi-scale functional maps of the auditory pathway in awake ferrets.