Nick Bland

Slides and code available. Also happy to discuss any existing data you might have and whether it would benefit from bin-free modelling.

Event-locked amplitude and phase modulations to #tACS by heartbeat and respiration can be used to create time-varying artefact templates that suppress spectral symmetry in the #EEG around the AC frequency. Approach may be feasible even in the absence of #ECG recordings.

I am unmoved by this reply. Assuming all the listed attempts to minimise variability DOUBLE the effect sizes for tDCS on MEP amplitude, not a single experiment from one million generates data this compelling (i.e., neither anodal nor cathodal responses overlapped with sham).

An attempt to capture entrainment echos outlasting slow-wave #tACS using #TMS-evoked MEPs by PhD student Asher Geffen. General increase in MEP amplitude across tACS blocks, but no phase-dependence.

Two decades of tDCS work shows that its effects on MEP amplitude should be variable. A recent article challenges this view: every participant responded to anodal and cathodal tDCS, and with effect sizes so large neither condition overlapped with sham. brainstimjrnl.com/article/S1…

#PhD #scholarship with Guy Wallis at #UQ. Project: Sensorimotor adaptation in simulated reality. Applicants interested in sensorimotor, cognitive, or visual #neuroscience encouraged. Behavioural testing and programming experience desirable. #phdchat graduate-school.uq.edu.au/ph…

Figures 4a,d,f and 5a suggest tDCS-induced MEP excitability effects so large that samples are entirely non-overlapping? 👀🧐

EEG coherence and interhemispheric integration during multiple object tracking. We previously failed to alter interhemispheric integration with in-phase/anti-phase #tACS using the same task (open access link: goo.gl/vgCrSz).