prestimulus mu bursts influence reaction times

October 23, 2019

Reaction times in response to a stimulus are generally much faster when there are no oscillatory bursts close to stimulus onset. (sensorimotor EEG mu-rhythm, simple stimulus-response task, the 50 fastest and slowest trials from a longer experiment) pic.twitter.com/3g5wzMt0xE
— Natalie Schaworonkow (@nschawor) October 23, 2019

beta as bursts / beta as a rhythm

June 06, 2024

"beta-activity as bursts", I am def 💯 OK with that.

but imho the pendulum has swung too far in the direction that all beta activity equals close to 1-2 cycle bursts. so just to illustrate diversity, here is some more sustained beta-activity, resting-state EEG.
〰️🙂〰️ pic.twitter.com/s9SnbdQy6j
— Natalie Schaworonkow (@nschawor) June 6, 2024

impact of crosstalk in MEG/EEG

May 16, 2024

MEG/EEG: "we use source reconstruction" – all problems solved?

plotted here: crosstalk – possible contribution from other locations to reconstructed activity @ red dot. no strong activity at these locations: 👍 otherwise: 🫠
➡️crosstalk can be from distant locations pic.twitter.com/FetHqq5LoZ
— Natalie Schaworonkow (@nschawor) May 16, 2024

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beta as bursts / beta as a rhythm

impact of crosstalk in MEG/EEG