by
Chloê Langford
The 2025 xTEF video stream recording for day one of the event is now available on YouTube. You can rewatch sessions you enjoyed or catch those that you missed.
The third edition of the xTEF series was an event hosted at Politecnico di Milano and MADE Competence Centre.
The event showcased:
- The impact of AgrifoodTEF, AI-Matters, TEF-Health, CitCom.AI and CoordinaTEF
- Real-world val
by
Chloê Langford
The Brain Simulation Lab celebrated the summer last Friday 01.08 with a small party and some beach volleyball! We had a great time together and wish everyone a great summer break.
by
Julie Courtiol
- Petra Ritter
- ebrains
- Video
- WEBINAR
Missed the latest Meet-the-Data @HealthResearch webinar? Catch up now with the full replay of Prof. Petra Ritter and Dr. Michael Schirner's insightful presentation on the EBRAINS Health Data Cloud, a cutting-edge platform advancing secure, GDPR-compliant neuroscience research across Europe.
On July 9, 2025, Prof. Petra Ritter
by
Chloê Langford
We congratulate our former lab member Patrik Bey on the successful defense of his PhD, "Ermöglichung Netzwerkbasierter Gehirnsimulationen für Patientenpopulationen mit Pathologien" on June 10th. Patrik now holds a position at UCL in London, UK. We wish him all the best in his future endeavours!
by
Chloê Langford
Brain City Berlin recently interview Dr. Petra Ritter about the TEF-Health Project. The interview in German can be read here. You can find an English version of the interview here.
Robots
by
Chloê Langford
Professor Petra Ritter was recently interviewed for the SWR Wissen Podcast (in German). You can listen to the podcast here!
Beim Zahnarzt ersetzt eine 3D-Simulation des Kiefers die unbeliebten Zahnabdrücke, Hologramme des Herzens oder virtuelle Gehirnsimulationen unterst
by
Chloê Langford
Congratulations to lab member Dominik Koller, who recently defended his PhD defense and received the highest grade, summa cum laude!
Dominik's thesis was, 'The role of structural connectivity gradients in cortical wave direction and frequency gradients'.
You can read the associated paper, 'Human connectome topology directs cortical traveling waves and shapes frequency gradients' in [Natur