Daniel P. Mossing

The paper shows VIP neurons scale local gamma oscillation gain and suppress global gamma coherence based on stimulus properties and retinal image statistics.

The paper shows how inhibitory subnetworks in mouse V1 cortex switch between cooperation and competition to adapt to varying input strength and size.

The paper investigates how optogenetic and behavioral inputs modulate V1 circuit responses, showing that specific interneurons stabilize the circuit and locomotion affects excitatory cells through direct drive.

The paper investigates how cortical circuits integrate sensory inputs to generate sparse, high-dimensional codes for complex features through stimulus-specific supra-linear summation in mice.

The paper identifies distinct somatostatin interneuron circuits that specifically control activity in different cortical layers through complementary inhibitory mechanisms.