The Riddle Lab is recruiting up to two PhD students for Fall 2024 (applications due Dec 1st) and a postdoctoral researcher (review starts Nov 1st). More info in the job advert. I am committed to mentorship and academic rigor. Join us! 🧠 FSU Department of Psychology

We are hiring a research associate! ⚡️🥼 Magnetic Tides, in collaboration with UC Berkeley, was awarded a grant from Weill Neurohub to assess the efficacy of our non-invasive brain stimulation method (kTMP) for improving motor function after stroke. See attached for details 👇

Please have a look at this cool study led by Florian H. Kasten ! We find that "attentional modes" (alpha vs entrainment) fluctuate at ~0.07 Hz, a remarkably similar rhythm to that previously reported for non-human primates.

Great paper by Cécilia Neige Gerard Derosiere and co, associating brain imaging and #TMS to probe functional connectivity. Happy to be part of this work.

Check out our CEO, Ludovica Labruna, talk about our innovative non-invasive brain stimulation device on Michael Waite's "Brain Shaman" podcast! brainshaman.com/2067421/137757…

Happy to announce that we’ve been named one of Hello Tomorrow’s Deep Tech Pioneers! Selected from thousands of applications, we will be attending the Hello Tomorrow Global Summit, March 21st-22nd 2024. More information and tickets here 👉hello-tomorrow.org/global-summit/…

Many thanks Manuela Ruzzoli Brain Rhythms and Cognition Lab BCBL for your hospitality and for showing us lots of exciting research, it was fun!

New merch!!

We are excited to start the stroke ktmp project awarded to Dr. Ludovica Labruna and Dr. Daniel Sheltraw from Magnetic Tides by the Weill Neurohub Next Great Ideas Program. This project is a collaboration between Magnetic Tides, Prof. Rich Ivry (UCB), and Karunesh Ganguly MD PhD (UCSF).

New preprint from former UO Human Physiology undergraduate Kate Bakken: TMS recruitment curves are similar at rest outside a task and during task intertrial intervals. biorxiv.org/content/10.110…

Magnetic Tides is thrilled to announce that we have been awarded a Fyssen Foundation grant (fondationfyssen.fr/en/) to test the use of kTMP to improve speech comprehension. This is a collaboration of Magnetic Tides, UCB and Prof. Benedikt Zoefel (lnkd.in/gaZUq5ex).

Triple the joy! Celebrating the acceptance of TWO papers by Tianhe Wang AND #InternationalWomensDay!

I am looking forward to presenting some recent work using brain stimulation to modulate goal-directed behavior in the epic seminar series organized by Desmond Oathes 🧲🧠⚡️👨🏻‍💻!!! ⚡️🧠

New preprint!!! Tianhe Wang and colleagues dive into movement biases. Check it out!

Arriving early for #ASNR2024? Join ASNR members Leigh Hochberg & Karunesh Ganguly MD PhD, & other Brain Computer Interface (#BCI) leaders, for a pre-conference workshop on the clinical translation of implantable BCI & emerging field of BCI therapeutics. BCI Society forms.office.com/pages/response…

Finally out in @BrainComms 🎉 First paper showing impaired motor simulations in people with aphantasia, e.g. struggling or unable to create mental images. doi.org/10.1093/brainc… Good job William Dupont, and well done team! Labo INSERM CAPS, Dijon Institut universitaire de France (IUF) Université de Bourgogne

In a new preprint, Rich Ivry and I dive into the mechanism underlying attenuation upon relearning in sensorimotor adaptation. TLDR: Interference. But you should read - there is a surprising twist 🙂... biorxiv.org/content/10.110… Details 👇 1/13

Thrilled to welcome Dr. Avraham to the Magnetic Tides team!! Previously Guy was a postdoctoral scholar at UC Berkeley and UCSF. Now he will leverage his expertise towards translational research with kTMP ⚡️

Dr Christina Merrick of @UniOfCali and Magnetic Tides will be joining us in London to speak on a new subthreshold method of non-invasive brain stimulation with kTMP Join us this September: shorturl.at/18Rxo #BBI2024 #Neuroscience #NIBS

Excited to present our new NIBS method, #kTMP, in London this September! ⚡️ #kTMP combines the waveform flexibility of tES with the focality and potential amplitude range of TMS. Can't wait to engage with this amazing NIBS community! #Neurotech #BrainStimulation