Do you have research expertise in online #SeriousGames, in the context of digital medicine? We are seeking Editorial Board Members with expertise in this field. Please share with interested colleagues & apply here: bit.ly/3IBOuX0

Join us for the last webinar in the Circuits for Movement series. March 14th, 4pm CET. Martin Schwab (ETH), Frank Bradke (DZNE) and Aya Takeoka (NERF & VIB) will be talking about nervous system repair. Register at crowdcast.io/e/circuits-for…

How does the #brain process #smartphone interactions? We captured the brain activity surrounding smartphone interactions and this is what it looks like! Read what it took us Leiden Psychology Leiden University to open this fresh line discovery: doi.org/10.1016/j.ynir…

How does the brain 🧠 generate #smartphone 📱behavior? New research by CODELAB reveals that the brain fluidly switches between purposeful touchscreen touches and purposeless thumb movements while engaged on the smartphone 👉bit.ly/3JY5DvK

New article! Read Common multi-day rhythms in smartphone behavior dlvr.it/SlMC0p in npj Digital Med

The Mysterious Rhythms That Control Our Behaviour (M) spring.org.uk/2023/05/rhythm…

Still time to apply 😊, do not wait 🏃🏽‍♀️‼️👇🏽

Real-world smartphone data can trace the behavioural impact of epilepsy: A Case study medrxiv.org/cgi/content/sh… #medRxiv

🛎️Out now📣! Monitoring something as simple as our📱 touches can trace the behavioural impact of #epilepsy 📱touches decelerated when increasing anti-seizure 💊 and following a convulsion while 💊tapering increased tapping speed CODELAB Leiden University SEIN onlinelibrary.wiley.com/doi/10.1111/en…

bsky.app/profile/codela…

The push towards hypothesis-driven research is one of the key mistakes in the neuroscience field. In exponentially sized hypothesis spaces it simply is not a useful way of making progress. The convert-new-tech-into-hypothesis-progress industrial complex is a problem.