Daniel H. Baker

The paper investigates binocular combination in the autonomic nervous system using a novel multiprimary system, finding pathway-specific differences in binocular interactions and harmonic components.

The paper measures neural responses to binocular stimuli with different phase relationships and models them using binocular combination algorithms.

The paper investigates the temporal dynamics of normalization reweighting in visual cortex using EEG and MEG, finding suppression increases within 2-5 seconds of stimulus onset and no autism-related differences.

PySilSub is a Python toolbox for silent substitution in photoreception research, enabling selective stimulation of photoreceptor classes using linear algebra and optimization.

This study compares neural responses to multisensory and unimodal visual resizing illusions, finding increased parietal gamma in multisensory conditions and suggesting visual-only illusions may affect cortical body representations.

This study uses visual motion adaptation to differentiate between perceptual timing (sub-second) and interval timing (supra-second), showing distinct effects on duration perception.

The paper investigates binocular combination of luminance flicker in cortical and subcortical pathways, finding violations of ocularity invariance and evidence of binocular facilitation.

The paper investigates gain control mechanisms in visual suppression using EEG and Bayesian models, finding contrast gain effects dominate across mask types.

The paper investigates binaural summation of amplitude-modulated tones using psychophysical and EEG data, finding weaker interaural suppression compared to visual signal combination.

The paper links variations in binocular rivalry duration to white matter organization and reports of external visual detail.

The paper investigates internal noise in neural systems using binocular rivalry, finding that external noise modulations affect perceptual consistency and revealing a 1/f temporal amplitude spectrum of internal noise.

This study investigates internal noise in contrast discrimination, finding that perceptual decisions can be decoded from early visual areas and spreading forward in the brain.

This paper identifies a shared visual processing dysfunction in Nhe3 mutant Drosophila and autistic humans, suggesting a genetic basis for autism-related sensory alterations.