Pulkit Grover

The paper introduces FLOATES, a minimally invasive brain stimulation method that delivers focused electric fields to deep brain regions, showing improved efficiency and lower motor thresholds compared to conventional transcranial stimulation.

This study identifies neural biomarkers of risk-taking using intracranial EEG data from a single patient, achieving 68.5% classification accuracy.

DeepFocus optimizes deep brain stimulation for reward circuit nodes using transnasal electrodes and simulation, achieving focal fields comparable to established thresholds.

This paper introduces an automated algorithm for noninvasive detection of spreading depolarizations in severe TBI patients using scalp EEG, achieving 74% true positive rate with low false positive rate.

SilenceMap detects and localizes neural silences using scalp EEG, outperforming existing methods in accuracy and speed.

The paper quantifies a frequency modulation response biomarker in responsive neurostimulation to improve seizure control in epilepsy patients.

The paper uses single neuron models to explain how Temporal Interference stimulation works and identifies conditions under which neurons fire in response to specific high-frequency inputs.

The paper introduces a computational framework for noninvasive neurostimulation using spatio-temporal interference, achieving higher spatial precision than existing methods.

This study compares high-density EEG (SND) with standard density (ND) in capturing spatiotemporal aspects of early visual processing, finding SND provides more accurate and detailed neural information.