David L. K. Murphy

This paper designs and validates focal-deep TMS (fdTMS) coils that improve spatial targeting precision and depth of electric field stimulation compared to conventional figure-8 coils.

This study compares the stimulation strength, perceived loudness, and EEG response between a quiet TMS coil (qTMS-DCC) and a conventional TMS coil, finding the qTMS-DCC is quieter and produces smaller auditory-evoked potentials.

The paper shows that eye movement-related eardrum oscillations contain parametric information about eye position and movement, which could help align auditory and visual spatial scenes.

The paper investigates eye-movement-related eardrum oscillations (EMREOs) in individuals with normal hearing, identifying consistent and variable features of these responses.

This study compares eye movement-related eardrum oscillations (EMREOs) across humans and monkeys, finding shared features and species-specific differences in their waveform characteristics.

The paper investigates eye movement-related eardrum oscillations (EMREOs) and finds they carry information about eye displacement and position, suggesting they may help align auditory and visual spatial cues.

This study evaluates the accuracy and stability of a robotic TMS coil positioning system, finding low initial error but increasing error over time.

This study uses RSA and ERS analyses to show that 5Hz rTMS enhances memory representations in the PFC and MTL compared to 1Hz.

The paper shows that eardrums move with eye movements in humans and monkeys, creating oscillations unrelated to sound, which may help the brain integrate visual and auditory information.

The paper investigates how local network deficits in aging are compensated by global network over-recruitment using rTMS and finds that 1-Hz rTMS increases global connectivity while reducing local activity.