Importantly, when analysing visual perceptual performance, models that accounted for both responses did a better job of explaining behaviour, suggesting fundamental and harmonic responses to stimulation independently shape visual perception. [4/6]

Using empirical mode decomposition, we found that:

(i) beta-band rhythmic light stimulation produces harmonic oscillatory responses at gamma frequencies, and...

(ii) theta-band rhythmic light stimulation produces harmonic oscillatory responses at alpha frequencies. [3/6]

Synchronisation theory states that a rhythmic input can entrain higher frequency endogenous rhythms, but does this happen when the brain responds to rhythmic stimulation?

We investigated this across three M/EEG datasets, using a variety of stimulation parameters and two experimental tasks. [2/6]

I'm thrilled to share that I’ve officially started as an Assistant Professor at the University of Nottingham (@notts-psych.bsky.social) this week. The glorious weather is a good omen! ☀️

At #meguki and interested in how these funky gamma waveforms contribute to memory retrieval? Check out my poster today at stand 1.31!