At #icon2025, Giuseppe & @SaraStottmeier showed how predictive mechanisms shape motion extrapolation: #EEG revealed alpha–theta Granger causality shifts and changes in the aperiodic power spectrum tied to prior transmission.

The Brain Dynamics and Cognition Lab gets a new look ✨ thanks to the talented @khmmrch ✨

2/2 the talk is part of the symposium session "rethinking the role of alpha rhythms in vision: Predictive dynamics, temporal sampling and individual differences", with fantastic contributions from @DKaiserlab, @_TheSense_ and @MelcherAd

1/2 Interested in predictive processing, oscillations and motion perception? If you are at #ECVP, tomorrow 26 August at 9.15 don't miss out Giuseppe's symposium talk "Oscillatory dynamics and individual differences underlying predictive coding in visual perception" (room P1) 🧠

Check out our latest research article in @eic_nic 📖🧠 Our new findings shed light on the interplay between oscillatory and aperiodic correlates of visual temporal sampling deficits in #dyslexia, offering new insights into the neural basis of #reading.

Congratulations to our post doc Giuseppe for winning the best poster award at the Transcranial Brain Stimulation Workshop @cimec_unitrento with the poster titled "Neuromodulation of the dorsal visual stream with beta-tACS: A new effective treatment for Developmental Dyslexia"

Today our PhD students Denisa, Sara and Alessia presented their posters at the TBS workshop @cimec_unitrento #brainstimulation #dyslexia #neuraloscillations

First round of posters at the Transcranial Brain Stimulation Workshop @cimec_unitrento for our post docs Giuseppe and Klara! 🧠

I’m glad to share my first paper as first name! With @SoniaTurrini, @FioriFr, Chiara Saracini, Boris Lucero, Matteo Candidi and @AAvenanti we revealed, using #ccPAS, different physiological mechanisms in premotor-motor pathways. See the full text here: https://t.co/VLyj82lNXZ

🌟Thrilled to announce our latest study published in @NatureComms! Discover how #TMS enhances back-projections from temporal (pSTS) to early visual areas (V1/V2), boosting visual cortex responses to facial stimuli and emotion perception. Find a link here👉 https://t.co/RpqQ7BkdDR