silvy collin

Context-dependent temporal structures are represented in multiple ways in parallel in the human brain during processing of temporally-extended events. The neural representation of the schema for these events is related to memory performance. @CollinSilvy nature.com/articles/s4427…

Online now rdcu.be/d93Vc

I’m presenting a poster tomorrow 1PM (P2-LL-552) at #CogSci2024 about osf.io/preprints/psya…

A Bayesian model incorporating representational splitting explains better memory performance in blocked compared to interleaved learning contexts. @ptoncompmemlab nature.com/articles/s4427…

Participants actively constructed narratives with systematically manipulated abstract event features to investigate how such abstract event features contribute to updating situation models

New preprint! Ingredients of a narrative: How an abstract feature space and event position contribute to a situation model, led by Rene Terporten, with Roel Willems and Monique Flecken. osf.io/preprints/psya…

Now out in @CommsPsychol! rdcu.be/dEeaG

Our paper on how blocked training supports learning of multiple schemas is now out in Communications Psychology! rdcu.be/dEeaG

Of these 3 history-dependent codes, only the schema code correlated (within-participants) with subsequent episodic memory; this provides converging neural support for the idea that schemas act to scaffold memory for unique episodic details.

Additionally, we discovered that medial occipital regions code for the preceding ritual in a rotated fashion compared to the current ritual, likely to avoid interference.

I’m excited to announce our new preprint -- Neural codes track prior events in a narrative and predict subsequent memory for details! URL: biorxiv.org/content/10.110… @ptoncompmemlab

Excited to present at the Dutch Neuroscience Meeting this afternoon! (P1.4) #dnm23

Happy to share our new project led by @beukersandre on how blocked training facilitates learning of multiple schemas, with @collinsilvy, @rosskempner, Nick Franklin, and @gershbrain – see 🧵below psyarxiv.com/9bptj

out now in @SciReports, Inducing a mental context for associative #memory formation with real-time fMRI #neurofeedback: nature.com/articles/s4159…

New preprint with @doellerlab, @Tim_van_Mourik and @pdesain in which we used real-time fMRI neurofeedback to induce a mental context for associative memory formation: biorxiv.org/cgi/content/sh…