LAST CALL TO REGISTER FOR THE ORBITRONICS WORKSHOP !!
Register for the next Orbitronics event near Marseille (France) from May 5th to May 7th through this link : buff.ly/OLwf8he
Registration and payment are open until 2nd April.
#OBELIXproject #EUfunded #workshop #orbitronics #May2026
Watch or rewatch Zhensheng Tao's seminar on OBELIX's YouTube channel : OrbitalElectronics !
Pr. Tao introduced the topic of Terahertz Emission Spectroscopy Evidences Sub-Nanometer Orbital Diffusion Lengths in Heavy Metals 🎬
Don't forget to subscribe and like 👍
#OBELIXproject #seminar #Eufunded
REMEMBER TO PRE-REGISTER TO THE ORBITRONICS WORKSHOP !!
Pre-registration open until 15th March through this link : buff.ly/OLwf8he
Our Orbitronics workshop will take place near Marseille (France) from May 5th to May 7th, just by the seaside in a wonderful resort.
#OBELIXproject #EUfunded #workshop
PRE-REGISTRATION TO THE ORBITRONICS WORKSHOP ARE NOW OPEN THROUGH THIS LINK : buff.ly/OLwf8he
Pre-registration are open until 15th March.
Four registration options and prices according to your date of arrival and depature. More info on the workshop's website.
#OBELIXproject #EUfunded #workshop
📝 Check out our new paper about Spin-Orbitronics effects at interfaces and chiral molecules ! Kumari and the team are exploring the possibility of generation and propagation or orbital currents in two representative systems.
#OBELIXproject #spintronics #orbitronics #EUfunded #research #newpaper
Our next OBELIX seminar is coming !
Remember to attend the seminar given by Pr. Zhensheng Tao from Fundan University on March 6th at 9am CET. He will explore core concept of orbital angular momentum.
Link to register here : lnkd.in/dEeUnr4F
#OBELIXproject #EUfunded #orbitronics #FundanUniversity
📚 New paper released about orbitronics ! Adamantopoulos and the team are exploring the light-induced orbital and spin magnetism in 3d, 4d and 5d transition metals.
Read this paper in npj Spintronics, 3(1), 27.
#OBELIXproject #orbitronics #magnetism #EUfunded #research #newpaper
💫 Read a new paper about orbitronics released in Physical Review. The OBELIX team is continuing its research about the Hall Orbital effect.
References: Go. D et al. (2024). Physical Review B. 109(17), 174435
#OBELIXproject #paper #research #orbitronics #EUfunded
Watch the third OBELIX seminar by Mario Cuoco on youtube now ! He explores the concept of superconducting orbitronics.
Don't forget to follow our youtube channel to watch our coming seminars.
#orbitronics #OBELIXproject #EUfunded #seminar #youtube #physics #research
⚙️Microelectronics nowadays rely on scarce materials with fragile supply chains, creating major risks for innovation and sustainability. Orbitronics enables energy-efficient electronics based on abundant materials — more resilient and sustainable technologies.
#Orbitronics #OBELIXproject #EUfunded
New paper from the OBELIX team released ! It sheds light on how orbital currents can be generated and detected independently from spin currents in magnetic bilayer systems. 🌀
🔬 Read Keller et al., Nano Letters, 25, 13462–13467.
#OBELIXproject #Orbitronics #EUfunded #Spintronics
📢 A new paper in Nature Materials reveals how electric fields can generate orbital angular momentum in metals — a hidden and often overlooked aspect of electron motion.
📄 Read Lee, K. J., Cros, V., & Lee, H. W. (2024).Nature Materials, 23(10), 1302–1304.
#Orbitronics #OBELIXproject #EUFunded
💫 You missed Annika Johansson's seminar last week ? Don't worry you can rewatch it on OBELIX's YouTube channel : OrbitalElectronics !
Don't forget to subscribe and like 👍
#OBELIXproject #EUfunded #orbitronics #youtube #seminar #MPIHalle
Our second OBELIX seminar is coming !
Remember to attend the seminar given by Annika Johansson from MPI-Halle on December 18th at 9am CET. She will explore core concept of spin-orbit theories.
Link to register here : lnkd.in/dEeUnr4F
#OBELIXproject #seminar #MPI-Halle #EUfunded #orbitronics
💫 Check out our YouTube channel : OrbitalElectronics !
We are posting the seminars that you might have missed, as well as the tutorials from Pr Dongwook Go, short videos from our junior researchers, and much more 🎬
Don't forget to subscribe and like 👍
#OBELIXproject #EUfunded #orbitronics
⚡ New paper about carbon nanotubes and the Edelstein effect relased. Read Göbel and al. to explore how chiral CNTs exhibit chirality-induced orbital selectivity (CIOS).
📕 Göbel et al. Communications Physics, 8(1), 935.(2025)
#OBELIXproject #EUfunded #orbitronics #spin-orbit #physics #EICpathfinder
First OBELIX seminar very soon !
Remember to attend our very first seminar by Dr. Sala from the University of Genova on November 5th at 9am CET. He will explore the orbital angular momentum of electrons !
Link to register here : lnkd.in/dEeUnr4F
#OBELIXproject #orbitronics #seminar #EU funded
⚡ New paper about the spin-orbit torque relased. Read Xu et al. to explore an experimental approach based on harmonic Hall voltage techniques and more !
📕 Xu, Y., et al. Applied Physics Letters 126.20 (2025).
#OBELIXproject #EUfunded #orbitronics #spin-orbit #physics #EICpathfinder
Our new Orbitronics seminar series will start soon with two prominent contributors: Giacomo Sala and Annika Johansson!
Register to the mailing list to get the Zoom link on our Linkedin page : Orbital Electronics
#OBELIXproject #seminar #EUfunded #orbitronics
A new OBELIX paper about magnetic skyrmions was released ! 💥
Our experts explore how their RC circuit based on magnetic skyrmions could be a perfect artificial LIF neuron !
👀 Read de Assis, Mertig & Göbel (2025) -> Physical Review 111(17)
#OrbitalElectronics #EUfunded #OBELIXproject #skyrmions
🏅 Dive into our OBELIX consortium and discover our nine highly talented institution spread across the EU
⚡ All experts in the field of orbitronics and spintronics, they bring the OBELIX project to life and helps revolutionize the future of orbitronics.
#OBELIXproject #orbitalelectronics #EUfunded
🔎 You want to learn more about chirality and the underlying physical effect called Edelstein effect which converts charge to angular momentum ?
Read this new paper from Göbel, Schimpf and Mertig: doi.org/10.1103/vpjm...
#OrbitalElectronics #EUfunded #OBELIXproject #chirality #edelsteineffect
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
⚡A new theory reveals that orbital motion diffuses far more slowly than spin or charge, and that orbital + spin currents can even transform into each other.
🚀 A big step toward novel spintronic and orbitronic devices.
Read Ning et al. (2024)
#Orbitronics #Spintronics #OBELIXproject #EUfunded #EIC
Orbitronics, but make it fun 🧩🔬
We made a Bingo card with some of the key concepts we work with in OBELIX. How many do you know?
Let’s make cutting-edge research more accessible (and a little playful)!
#Orbitronics #OBELIXproject #ScienceForAll #EUfunded
New OBELIX result!
Adding a thin aluminum layer to a Co/Pt structure reveals a swirling orbital Rashba texture—boosting torque and pointing to new ways of using orbital currents in lightweight devices.
📖 Nikolaev et al., Nano Letters 24, 13465 (2024)
#obelixproject #EUfunded #orbitronics #EIC
By adding a layer of ruthenium to a magnetic system, Ledesma-Martin et al.(2025) boosted angular momentum transport by 35%—revealing the power of orbital currents.
This opens the door to more efficient spintronic devices.
#obelixproject #orbitronics #spintronics #research #EUfunded
Choose your fighter 💥
The OBELIX consortium brings together experts in physics, engineering, and materials science—all fighting for a future where electronics are efficient, sustainable, and free from rare materials.
#orbitronics #obelixproject #EUfunded #sciencehumor #cleantech
🧪 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
Chirality isn’t just for molecules—it’s shaping future electronics.
New results from Hagiwara, Kenta, et al.(2025) show that in chiral crystals like CoSi, it’s electron orbitals—not spin—that drive exotic behaviors.
#OBELIXproject #EUfunded #Orbitronics #chirality #eicpathfinder
