Vishal Bharmauria

The paper investigates oscillatory functional brain networks in euthymic bipolar disorder, finding distinct roles for linear and nonlinear networks in capturing dysconnectivity, with nonlinear features showing greater biomarker potential.

This study shows high-frequency spinal cord stimulation changes cortical cross-frequency coupling in different brain regions and over time, with distinct effects in association and somatosensory cortices.

The paper compares visual and sound adaptation effects on cat visual cortex neurons, finding sound adaptation leads to broader tuning curves and increased variance.

The paper shows that a 12-min adaptation protocol sharpens orientation selectivity index (OSI) in mouse V1 neurons, revealing a dendritic mechanism that may aid in learning novel features.

The paper compares single-unit and multi-unit activity in the frontal eye fields during a delayed saccade task, finding that multi-unit activity better captures visuomotor transformations while losing some cognitive signals.

The paper develops a neural network model integrating allocentric and egocentric visual information to simulate goal-directed gaze shifts, showing it replicates both general properties and specific experimental results.

This study shows that gaze-related activity in primate frontal cortex predicts and reduces spatial uncertainty during a cue-conflict task.

The paper investigates how landmark-centered and eye-centered visual signals are integrated in the supplementary eye fields (SEF) during saccadic eye movements in macaques.

The paper shows that prefrontal visual responses in macaques are influenced by external landmarks, with coding shifting toward landmark-centered when considering specific target-landmark configurations.

This paper applies spectral graph theory to analyze EEG data from resting states, showing it can distinguish brain networks by synchrony and complexity compared to topological features.

This study shows that frontal eye field neurons integrate eye-centered and landmark-centered visual codes during saccade tasks, with a transient shift toward allocentric coordinates before motor execution.

The paper shows that prolonged sound exposure shifts orientation preference of V1 neurons in cats, indicating neuroplasticity in visual cortex due to non-visual stimuli.