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Congratulations to Pierre Vassiliadis for this well-deserved award! His exceptional PhD work on the neural basis of reward-based skill learning culminated in a paper accepted in Nature Human Behavior, and now this recognition is truly icing on the cake! 🍻

*** Please share! *** 🙏 Funded International PhD opportunity in Neuroscience between Lyon / France and Munich / Germany! The project is on the neuro-computational basis of apathy in Schizophrenia. More details in the document attached below! contact: [email protected]

Great PhD opportunity here!

Huge congrats to Pierre Vassiliadis for this publication in Nature Human Behaviour! We show frequency-dependent and focal effects of striatal transcranial temporal interference stimulation (tTIS) during reinforcement motor learning! nature.com/articles/s4156…

Our lab’s website is now live! Explore and learn more about our projects at derosierelab.com. Enjoy your visit! 🙂

More on reward, motor cortex, and motor learning! Here is our latest article on BioRxiv, exploring how extrinsic rewards impact motor plasticity during skill learning: biorxiv.org/content/10.110… A collaboration with Goldy Yadav, Pierre Vassiliadis, Hummel Lab and DuqueLab!

After some lovely updates thanks to reviewer/editor feedback, this work is now published in Neuron! cell.com/article/S08966… We find monotonic reward signals in M1/PMd, and interactions of reward value with neural reach signals that correlate with an inverted-U in performance

Excited to share our latest preprint on fronto-motor circuits and their connection to subclinical apathy and effort-based decision-making! Check it out! biorxiv.org/content/10.110…

Had a great time giving a talk at the University of Sherbrooke after SfN in Chicago! It was a pleasure to visit Pierre-Michel Bernier's lab and discuss exciting projects on motor control and decision-making. Bonus: Quebec is so beautiful & colorful at this time of the year!

Delighted to share my postdoc project on biorxiv.org/content/10.110…! We used multi-Neuropixels during reaching and found preserved population dynamics across regions, sessions and animals that are not only linked to movement, but also the continuous expectation of action outcome.

Another year teaching in Vietnam this course on the Neural Control of Movement in Health and Disease—an incredible human experience. The students' respect, kindness, and willingness to share make this Master class a truly rewarding experience, both professionally and personally!

Happy to share our new preprint: “White matter microstructure predicts effort and reward sensitivity”. Great machine learning work by Nam Trinh as part of his PhD, in collab with: Pierre Vassiliadis, DuqueLab, tomasward. Link: biorxiv.org/content/10.110…

Very glad to see our Review article out! It was a pleasure to collaborate with David Thura, Adrian Haith, and Julie Duque. Link: sciencedirect.com/science/articl…