Bilal Haider

This paper introduces single-capture qOBM, a deep learning-enhanced technique for fast, label-free 3D phase imaging, achieving accuracy comparable to traditional methods with improved speed and simplicity.

The paper develops a standardized behavioral protocol for head-fixed mice to perform a visual contrast detection task, showing improved speed, accuracy, and contrast sensitivity over time.

The paper identifies neurons in mouse frontal cortex with localized visual receptive fields, showing feedforward visual processing similar to visual cortex.

The paper investigates how lateral inhibition from PV and SST neurons in mouse V1 affects neural and perceptual contrast sensitivity, revealing distinct computational roles for each cell type.

The paper shows that environmental context affects visual processing in the thalamus of mice, even when arousal and movement are controlled.

The paper shows narrowband gamma oscillations propagate and synchronize across the mouse thalamocortical visual system, coordinating spike timing in functionally distinct subnetworks.

The paper investigates how thalamic bursting and timing affect cortical responses in awake mice using optogenetics and electrophysiology.

The paper examines OFF and ON responses in mouse visual cortex across different spatial regions, finding OFF dominance in the central field and ON dominance in the periphery.

The paper investigates visual perception impairments in a mouse model of autism, finding reduced excitatory and increased inhibitory activity in the visual cortex during sensory tasks.

The paper shows that cortical states in mice's primary visual cortex predict visual spatial detection behavior.

The paper identifies the source and modulation factors of a narrowband gamma oscillation in mouse visual cortex, showing it is driven by thalamic input and suppressed by visual contrast.