Ram Kumar Pari

This study uses AM-kTMP to modulate speech perception by entraining neural activity, showing increased phasic modulation compared to sham stimulation.

This study shows neurofeedback can enhance neural responses to speech in noisy environments, improving speech comprehension through targeted training.

This study uses tACS to manipulate neural speech tracking in multi-speaker scenarios and finds that both target and distractor tracking modulate speech perception, with cutaneous stimulation also causing similar phase effects.

This study examines how different stroboscopic stimulation frequencies affect neural dynamics and self-reported experiences, finding that alpha band frequencies cause the most significant changes.