Nicola Molinaro

@nicolaml.bsky.social

PI of the Brain Rhythms and Cognition group https://www.bcbl.eu/en/research/research-groups/brain-rhythms-cognition “Science is a way of thinking much more than it is a body of knowledge.”

Our paper is finally out! 🥳 In this work, we explore how the experience of cognitive conflict can ultimately be engaging, emotionally positive and sought after, despite the effort associated with it. Go check it out! :) @manuruz.bsky.social , Marc-Lluís Vives, @nicolaml.bsky.social

Basque Center on Cognition, Brain and Language (BCBL)@bcbl.bsky.social · 3mo ago

✍️ #BCBLpaper in #CommunicationsPsychology | The experience of #cognitiveconflict is intrinsically rewarding. La Pietra, M., Vives, M.L., Molinaro, N. & Ruzzoli, M. +info ⬇️ www.nature.com/articles/s44...

New preprint! 🧠 We show that neural synchronization to abstract linguistic structures is independent from acoustic processing, even with stimuli mirroring natural speech! w/ the dream team @diliberg.bsky.social @nicolaml.bsky.social @languagecycles.bsky.social 🔗 doi.org/10.64898/202...

Bridging the neural synchronization to linguistic structures and natural speech comprehension

Speech comprehension involves the inference of abstract information from continuous acoustic signals. Prior work suggests that electrophysiological activity is synchronized with abstract linguistic structures (phrases and sentences) during the processing of isochronous syllable sequences. It is yet unclear whether this prior evidence generalizes to natural speech comprehension, which requires the flexible processing of continuous speech, where syllables and other types of linguistic units are anisochronous. Our magnetoencephalography experiment investigated neural synchronization to acoustic (syllables) and abstract units (phrases and sentences) using continuous speech ranging from artificial isochronous to more natural anisochronous. We find that neural synchronization to phrases and sentences, but not syllables, is resilient to naturalistic anisochrony. This suggests that linguistic structure processing reflects endogenous inferences that are fundamentally distinct from the exogenous processing of syllables driven by speech acoustics. Lateralization and linear regression results extend this functional dissociation as hemispheric asymmetry: stimulus-independent leftward lateralization for linguistic structure processing but stimulus-driven rightward lateralization (or bilaterality) for both syllable and acoustic processing. Our findings provide a more realistic characterization of the flexible neural mechanisms supporting the efficient comprehension of natural speech. ### Competing Interest Statement The authors have declared no competing interest.

doi.org

REMINDER trying to stay calm and do work in a fascist world is itself a radical action a world that wants to destroy independent knowledge, universities, education, still contains people who want to gently think and teach without dehumanisation and destruction

Olivia Guest · Ολίβια Γκεστ@olivia.science · 5mo ago

some resources for cognitive scientists — especially for junior scholars who ask me wonderful questions and want to learn more — on theorising and metatheorising olivia.science/theory/ (not 100% finished & more to come, but all my work is freely available here: olivia.science#publications as usual)

🎓✨ So proud of my PhD student for brilliantly defending her thesis today! Years of hard work, resilience, and curiosity have paid off — welcome, Dr. Fernández-Merino! 👩‍🎓👏

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📢 PhD opening @bcbl_ (San Sebastián, Spain) Join our ERC project CORTICAL RHYTHMS 🧠 to study how brain rhythms shape second language learning (spoken & signed) with MEG/MRI. 📅 Start Jan 2026 | ⏳ Apply by Sept 15, 2025 👉 tinyurl.com/bdwkumn3

PhD CANDIDATE POSITION – ERC ADVANCED GRANT PROJECT - CORTICAL RHYTHMS (Second Language Learning)

at the BCBL- Basque Center on Cognition Brain and Language (San Sebastián, Basque Country, Spain) www.bcbl.eu

tinyurl.com

📢 PhD opening @bcbl_ (San Sebastián, Spain) Join our ERC project CORTICAL RHYTHMS 🧠 to study how brain rhythms shape second language learning (spoken & signed) with MEG/MRI. 📅 Start Jan 2026 | ⏳ Apply by Sept 15, 2025 👉 tinyurl.com/bdwkumn3

PhD CANDIDATE POSITION – ERC ADVANCED GRANT PROJECT - CORTICAL RHYTHMS (Second Language Learning)

at the BCBL- Basque Center on Cognition Brain and Language (San Sebastián, Basque Country, Spain) www.bcbl.eu

tinyurl.com