📢 Happy to announce an exciting new work entitled "Scale-invariant Changes in Corticospinal Excitability Reflect Multiplexed Oscillations in the Motor Output" just out in @JPhysiol 📕🧠
@IITUnife@IITalk@UniFerrara@SantaLuciaIRCCS
https://t.co/D7qc0LFm6d
Our lab @LAND_IIT is hiring. We're looking for a post-doc with EEG data analysis expertise to facilitate our work on autism. Get in touch if interested! https://t.co/zoH7Xjb1g0
Interested in interneural synchrony (INS)?🧠
We (me & @LabPapaleo) just secured funding for cross-species studies comparing INS in humans & mice—focusing on emotion contagion.
We’re hiring postdocs! Interested? DM me or @LabPapaleo. RTs/tags appreciated! 🙏
#AcademicJobs#Postdoc
The Diedrichsen Lab is now accepting applications for MSc/PhD positions starting Fall 2025. If you’re interested in the human motor system and/or cerebellum with a focus on motor control, learning, and cognition, apply by Dec 15!
Application instructions:
https://t.co/OPaPm5O88U
It has been an amazing three days at #UKSensorimotor2024 and an incredible honor to receive this poster award! Big thanks to my supervisors at @WesternU@diedrichsenlab and @andpru and to @JonAMichaels for inspiring this project! More on fast sensorimotor control to follow 👀
It is not too late. For the Cerebellar Growth Chart project, we still have one postdoctoral position open:
https://t.co/bqLFbxbzpZ
Apply my March 5th! @RaynorProject, @amarquand, @ryanmuetzel
0/6 Happy to announce that our new preprint on planning in sequential movements is up now: https://t.co/rqTPX8IohT
Please get in touch if there is anything you'd like to discuss. You can find a summary in the thread 🧵👇
📢 New Preprint Alert! @action_brain, @Brian_Corneil, and I explored the possible role of the superior colliculus (SC) in express visuomotor responses (EVRs) in aiming movements made with the upper limb in face detection tasks.
https://t.co/azRIMgqDkA
(1/5)
🧠Big news, little brain 🧠
I’m excited to share our preprint introducing our hierarchical cerebellar atlas!🎉
We fused many fMRI datasets into a comprehensive map of the cerebellum - and created a new resource for localizing and interpreting data.
🧵1/7
https://t.co/QjJfzx2Qwd
@em4nmar, @AleDausilio, Koch, @lfadiga61 (@UniFerrara) and @ali_tomassini (@IITalk) show how corticospinal excitability is consistently modulated at macroscopic and microscopic scales, revealing a scale-invariant principle in the sensorimotor system!
📜https://t.co/f20PiPQDAa
📢 Happy to announce an exciting new work entitled "Scale-invariant Changes in Corticospinal Excitability Reflect Multiplexed Oscillations in the Motor Output" just out in @JPhysiol 📕🧠
@IITUnife@IITalk@UniFerrara@SantaLuciaIRCCS
https://t.co/D7qc0LFm6d
We suggest this may reflect a non-linear mapping between corticospinal excitability and multiscale movement oscillations, potentially linked to the hierarchical organization of descending motor pathways.