Nicholas Simon Bland

This study investigates how mu-tACS affects corticospinal excitability through entrainment and neuroplasticity, showing persistent entrainment and replicated facilitation effects.

This study examines the effects of slow oscillatory tACS on motor cortical excitability using TMS and finds increased MEP amplitude post-stimulation without phase-dependent modulation.

This paper introduces time-varying models to remove tACS artefacts from M/EEG data, accounting for nonlinear effects of heartbeat and respiration.

This study shows that gamma coherence mediates interhemispheric integration during multiple object tracking, with sustained synchronisation improving performance.

The paper investigates rapid recalibration of temporal order judgements and finds that response bias, not timing perception, explains contradictory results.