Wael F. Asaad

This study investigates how temporal and perceptual factors influence emotion-induced blindness in RSVP paradigms, finding that emotional distractors persistently affect target detection even without conscious recall.

The paper uses computational modeling and neural recordings to show how theta band dynamics in basal ganglia structures adjust decision boundaries under conflict and uncertainty.

The paper decodes tremor and bradykinesia from subthalamic and cortical recordings in Parkinson's Disease patients, showing distinct neural signatures and varying decoding accuracy based on signal type and location.

This study identifies the neurophysiologic correlates of tremor onset and sustained tremor in Parkinson's disease using intraoperative recordings.

This paper develops a biophysical model of VIM to investigate how extrinsic and intrinsic oscillatory activity contribute to essential tremor.

This paper uses computational modeling to show that symmetric biphasic DBS is more effective than standard DBS at reducing tremor frequency oscillations in the thalamus, with stronger effects on intrinsic networks.