Sophie Herbst

@herbstso.bsky.social

cognitive neuroscientist, interested in human timing & time perception, neural oscillations, mother², she/her brainthemind.com

Short and sweet / new preprint led by PostDoc Johannes Wetekam: temporal predictions alone increase response readiness, spectral predictions enhance sensitivity >> both combined synergistically increase the perceptual benefit!

Cognition & Brain Dynamics lab@brainthemind.bsky.social · 5mo ago

New preprint led by Johannes Wetekam, Chloe Dumeige, Manon Beurtey and @herbstso.bsky.social! Temporal (“when”) and spectral (“what”) predictions shape auditory detection in complementary ways. www.biorxiv.org/content/10.6... @cea.fr @inserm.fr @univparissaclay.bsky.social @unicog.bsky.social

Zotero-users please help: How can I overwrite the ordering of citations (using APA style) for a case like this: (Smith et al., 2020; Jones et al., 1999; but see Albert & Smith, 2022; Fritz et al. 1998) – neither classical search nor AI could help me with this, and it really annoys me

Episode II of how are durations stored in working memory: Besides replicating our previous findings, we find that alpha power reflects a universal signature of WM load and mediates recall precision, even for abstract information like duration www.biorxiv.org/content/10.1... 🔽 co-authors below

Alpha power indexes working memory load for durations

Timing, that is estimating, comparing, or remembering how long events last, requires the temporary storage of durations. How durations are stored in working memory is unknown, despite the widely held ...

biorxiv.org

Another appeal to OPM-, SQUID- MEG researchers. I try to find all people interested in brain magnetism on bluesky. Please respond if you identify as such or tag people who are. It's not a starter pack so there's no limit. Please repost and engage♥️ #psychscisky 🧪 🧠🟦 🤖🧠 🧠📟 🧠📈 bsky.app/profile/did:...

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#HiSciSky Happy to be here and looking forward to exciting and friendly scientific discussions! I am a researcher at Neurospin, France, interested in human timing and time perception and audition. I use psychophysics, EEG and MEG to study the behavioral and neural dynamics of temporal cognition.