Matthijs N. Oude Lohuis

The paper shows that baseline activity of V1 interneurons mediates the relationship between pupil-linked arousal and engaged behavioral state in mice and humans.

The paper shows that perceptual reliability reduces membrane potential variability in cortical neurons during task-relevant stimuli.

The paper analyzes neural activity in mouse cortex during stimulus detection and develops a network model showing PPC mediates report-related activity in V1, with PFC playing a secondary role.

The paper shows that spiking activity in auditory and visual cortex of rats coherently represents spatial position and head direction during a sensory detection task.

The paper dissociates auditory, motor, and visual processing in V1 of awake mice, showing distinct spatiotemporal profiles and segregated neuronal populations.

The paper shows that task complexity extends the time window in which V1 is necessary for perceptual decisions, overlapping with report-related activity and affecting behavioral performance.

This study shows that inactivation of two higher-order visual areas in mice broadens stimulus responsiveness in primary visual cortex by amplifying responses to non-preferred stimuli.

This study compares inference-based decision-making in mice and humans using a foraging task, showing humans learn the strategy much faster and identifying orbitofrontal cortex's role in maintaining inference-based decisions.

This study shows that activating serotonin neurons increases mice's willingness to actively exploit a reward site before giving up in a probabilistic foraging task.