Cong Yu

This paper uses a transformer-based model to show that macaque V1 neurons use sparse, stimulus-dependent readout for orientation information.

This study investigates how continuous flash suppression affects V1 neuron orientation responses in macaques, finding substantial suppression and implications for high-level visual processing.

The paper demonstrates that double training removes interval specificity in temporal interval discrimination, revealing an interval-invariant subsecond temporal structure in the brain.

The paper investigates binocular combination in macaque V1 neurons using two-photon calcium imaging, finding ocular dominance-dependent suppression and enhancement of responses under monocular and binocular stimulation.

This study shows V1 neurons respond to second-order contrast-modulated stimuli and reveals adaptation effects suggesting both subcortical and cortical contributions to processing these stimuli.

The paper shows that subsecond time perception can be represented in a way that is invariant to interval and modality, through perceptual learning experiments with transfer across intervals and modalities.

The paper measures cell-specific orientation and spatial frequency responses in macaque V1 using two-photon calcium imaging and finds weak iso-frequency clusters and asymmetric tuning functions.