Electrons do more than carry charge — they spin, and they orbit. This orbital angular momentum is a hidden quantum property… and it might revolutionize electronics.

It's called orbitronics, and it could be the future of green electronics.

#OBELIXProject #Orbitronics #EUfunded #Electronics

Your tech relies on rare and non-renewable materials sourced from limited regions around the world — and it’s not sustainable.
💡 The OBELIX project is exploring orbitronics: a new way to power electronics using electrons orbital momentum.
A greener future is possible

#OBELIX #Orbitronics #EUfunded

🧪 Xiaobai Ning, PhD researcher at CINaM (Marseille), working with the OBELIX project to explore the orbital nature of electrons in materials.

His research is part of our mission to create low-energy, sustainable electronics through orbitronics.

#OBELIXproject #EUfunded #Orbitronics #PhDResearch

🎥 OBELIX spotlight!
Here’s Yaohan Xu, postdoc at the LAF, France, explaining his work on orbitronics — using electron orbital motion for next-gen electronics. His work implies measuring the spin orbit torques and various kind of magnetoresistances.

#OBELIXProject #Orbitronics #EUfunded

🌀 What is orbitronics?
It’s a new way to carry information using the orbital motion of electrons — not just their charge or spin.
The OBELIX project explore this cutting-edge, sustainable tech.
Watch the video to understand the electronics of tomorrow.

#OBELIXProject #Orbitronics #EUfunded

New from the OBELIX project 🎬

Dongwook, postdoctoral researcher at the JGU Mainz in Germany, talks about his research in sustainable quantum materials—part of our work to build the future of low-criticality orbitronics.

Follow OBELIX for more research stories
#Orbitronics #HorizonEU #OBELIX #EIC