⚡ The OBELIX researchers explored the large-area sputtered 2H-MoS2 thin films for spin and orbital charge conversion.
📕 Read Mendes et al.,(2025).
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
📕 Read Mendes et al.,(2025).
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
November 3, 2026 at 8:02 AM
⚡ The OBELIX researchers explored the large-area sputtered 2H-MoS2 thin films for spin and orbital charge conversion.
📕 Read Mendes et al.,(2025).
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
📕 Read Mendes et al.,(2025).
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
October 31, 2026 at 9:15 AM
#postdoc #positon at Paul Scherrer Institute buff.ly/xBaIvZ5 in #Spin-Orbitronics; #magnetism #research
October 30, 2026 at 7:33 AM
#postdoc #positon at Paul Scherrer Institute buff.ly/xBaIvZ5 in #Spin-Orbitronics; #magnetism #research
Paul Scherrer Institut (PSI) is hiring:
Postdoctoral Fellow in Spin-Orbitronics
#postdoc #physics #condensedmatterphysics
Postdoctoral Fellow in Spin-Orbitronics
#postdoc #physics #condensedmatterphysics
October 28, 2026 at 6:19 PM
Paul Scherrer Institut (PSI) is hiring:
Postdoctoral Fellow in Spin-Orbitronics
#postdoc #physics #condensedmatterphysics
Postdoctoral Fellow in Spin-Orbitronics
#postdoc #physics #condensedmatterphysics
Paul Scherrer Institut (PSI) is hiring:
Postdoctoral Fellow in Spin-Orbitronics
#postdoc #physics #condensedmatterphysics
Postdoctoral Fellow in Spin-Orbitronics
#postdoc #physics #condensedmatterphysics
October 28, 2026 at 6:19 PM
Paul Scherrer Institut (PSI) is hiring:
Postdoctoral Fellow in Spin-Orbitronics
#postdoc #physics #condensedmatterphysics
Postdoctoral Fellow in Spin-Orbitronics
#postdoc #physics #condensedmatterphysics
Job ID: 3704-30550
Extract: The Paul Scherrer Institute is seeking a Postdoctoral Fellow in Spin-Orbitronics to conduct research on charge, spin, and orbital transport using magneto-transport measurements and X-ray spectroscopy.
Extract: The Paul Scherrer Institute is seeking a Postdoctoral Fellow in Spin-Orbitronics to conduct research on charge, spin, and orbital transport using magneto-transport measurements and X-ray spectroscopy.
October 28, 2026 at 6:19 PM
Job ID: 3704-30550
Extract: The Paul Scherrer Institute is seeking a Postdoctoral Fellow in Spin-Orbitronics to conduct research on charge, spin, and orbital transport using magneto-transport measurements and X-ray spectroscopy.
Extract: The Paul Scherrer Institute is seeking a Postdoctoral Fellow in Spin-Orbitronics to conduct research on charge, spin, and orbital transport using magneto-transport measurements and X-ray spectroscopy.
Job ID: 3704-30550
Extract: The Paul Scherrer Institute is seeking a Postdoctoral Fellow in Spin-Orbitronics to conduct research on charge, spin, and orbital transport using magneto-transport measurements and X-ray spectroscopy.
Extract: The Paul Scherrer Institute is seeking a Postdoctoral Fellow in Spin-Orbitronics to conduct research on charge, spin, and orbital transport using magneto-transport measurements and X-ray spectroscopy.
October 28, 2026 at 6:19 PM
Job ID: 3704-30550
Extract: The Paul Scherrer Institute is seeking a Postdoctoral Fellow in Spin-Orbitronics to conduct research on charge, spin, and orbital transport using magneto-transport measurements and X-ray spectroscopy.
Extract: The Paul Scherrer Institute is seeking a Postdoctoral Fellow in Spin-Orbitronics to conduct research on charge, spin, and orbital transport using magneto-transport measurements and X-ray spectroscopy.
⚡ New paper about the topological orbital Hall effect caused by skyrmions and antiferromagnetic skyrmions.
Read Göbel et al. to explore the orbital Hall effect and more !
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
Read Göbel et al. to explore the orbital Hall effect and more !
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
October 27, 2026 at 8:02 AM
⚡ New paper about the topological orbital Hall effect caused by skyrmions and antiferromagnetic skyrmions.
Read Göbel et al. to explore the orbital Hall effect and more !
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
Read Göbel et al. to explore the orbital Hall effect and more !
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
Washington F. dos Santos, Eudes Gomes da Silva, Denis R. Candido, Alexandre Reily Rocha: Orbitronics in Zero-dimensional Graphene Nanoflakes via Electrode Coupling https://arxiv.org/abs/2610.20454 https://arxiv.org/pdf/2610.20454 https://arxiv.org/html/2610.20454
October 15, 2026 at 6:52 AM
Washington F. dos Santos, Eudes Gomes da Silva, Denis R. Candido, Alexandre Reily Rocha: Orbitronics in Zero-dimensional Graphene Nanoflakes via Electrode Coupling https://arxiv.org/abs/2610.20454 https://arxiv.org/pdf/2610.20454 https://arxiv.org/html/2610.20454
Microscopic foundation for orbitronics: orbital exchange interactions, orbital-dependent transport, and orbital switching
https://arxiv.org/pdf/2610.15374
Hantao Zhang, Ran Cheng.
https://arxiv.org/pdf/2610.15374
Hantao Zhang, Ran Cheng.
https://arxiv.org/abs/2610.15374
arXiv abstract link
arxiv.org
October 14, 2026 at 8:30 AM
Microscopic foundation for orbitronics: orbital exchange interactions, orbital-dependent transport, and orbital switching
https://arxiv.org/pdf/2610.15374
Hantao Zhang, Ran Cheng.
https://arxiv.org/pdf/2610.15374
Hantao Zhang, Ran Cheng.
Hantao Zhang, Ran Cheng: Microscopic foundation for orbitronics: orbital exchange interactions, orbital-dependent transport, and orbital switching https://arxiv.org/abs/2610.15374 https://arxiv.org/pdf/2610.15374 https://arxiv.org/html/2610.15374
October 14, 2026 at 6:52 AM
Hantao Zhang, Ran Cheng: Microscopic foundation for orbitronics: orbital exchange interactions, orbital-dependent transport, and orbital switching https://arxiv.org/abs/2610.15374 https://arxiv.org/pdf/2610.15374 https://arxiv.org/html/2610.15374
従来：
オービトロニクス
→ 軌道角運動量は、物質の中を長距離移動する
↓↓↓
本研究：
『実験したTi中では… 軌道角運動量の長距離輸送が主要な機構ではない可能性を示唆』
→ 軌道角運動量が界面でスピンに変換され、内部を移動した後、再び軌道自由度に変換されてる
journals.aps.org/prl/abstract...
オービトロニクス
→ 軌道角運動量は、物質の中を長距離移動する
↓↓↓
本研究：
『実験したTi中では… 軌道角運動量の長距離輸送が主要な機構ではない可能性を示唆』
→ 軌道角運動量が界面でスピンに変換され、内部を移動した後、再び軌道自由度に変換されてる
journals.aps.org/prl/abstract...
Orbitronics: Orbit-Spin Interconversions for Long-Range Orbital Propagation Enabled by Spin Current
Long distance orbital effects in light elements like titanium are not due to long orbital diffusion lengths, but rather by a multistep mechanism in which orbital accumulation is locally converted into...
journals.aps.org
October 14, 2026 at 2:26 PM
従来：
オービトロニクス
→ 軌道角運動量は、物質の中を長距離移動する
↓↓↓
本研究：
『実験したTi中では… 軌道角運動量の長距離輸送が主要な機構ではない可能性を示唆』
→ 軌道角運動量が界面でスピンに変換され、内部を移動した後、再び軌道自由度に変換されてる
journals.aps.org/prl/abstract...
オービトロニクス
→ 軌道角運動量は、物質の中を長距離移動する
↓↓↓
本研究：
『実験したTi中では… 軌道角運動量の長距離輸送が主要な機構ではない可能性を示唆』
→ 軌道角運動量が界面でスピンに変換され、内部を移動した後、再び軌道自由度に変換されてる
journals.aps.org/prl/abstract...
⚡ The OBELIX researchers explored the activation of anomalous Hall effect and orbital magnetization by domain walls in altermagnets.
📕 Read Sorn et al.,(2025). Physical Review B 112.24
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
📕 Read Sorn et al.,(2025). Physical Review B 112.24
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
October 6, 2026 at 7:01 AM
⚡ The OBELIX researchers explored the activation of anomalous Hall effect and orbital magnetization by domain walls in altermagnets.
📕 Read Sorn et al.,(2025). Physical Review B 112.24
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
📕 Read Sorn et al.,(2025). Physical Review B 112.24
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
💫Scientific Seminar: 'Orbitronics: moving beyond spin'.
🗣️Saül Vélez, Spintronics and Nanodevices Laboratory, FMC and @ifimacuam.bsky.social; @inc-uam.bsky.social
📅8 October, 12h
🏛️ Sala de Seminarios, ICMM-CSIC
ℹ️https://www.icmm.csic.es/en/scientific-seminar-orbitronics-moving-beyond-spin-saul-velez
🗣️Saül Vélez, Spintronics and Nanodevices Laboratory, FMC and @ifimacuam.bsky.social; @inc-uam.bsky.social
📅8 October, 12h
🏛️ Sala de Seminarios, ICMM-CSIC
ℹ️https://www.icmm.csic.es/en/scientific-seminar-orbitronics-moving-beyond-spin-saul-velez
October 5, 2026 at 12:07 PM
💫Scientific Seminar: 'Orbitronics: moving beyond spin'.
🗣️Saül Vélez, Spintronics and Nanodevices Laboratory, FMC and @ifimacuam.bsky.social; @inc-uam.bsky.social
📅8 October, 12h
🏛️ Sala de Seminarios, ICMM-CSIC
ℹ️https://www.icmm.csic.es/en/scientific-seminar-orbitronics-moving-beyond-spin-saul-velez
🗣️Saül Vélez, Spintronics and Nanodevices Laboratory, FMC and @ifimacuam.bsky.social; @inc-uam.bsky.social
📅8 October, 12h
🏛️ Sala de Seminarios, ICMM-CSIC
ℹ️https://www.icmm.csic.es/en/scientific-seminar-orbitronics-moving-beyond-spin-saul-velez
⚡ The OBELIX researchers explored the spin and orbital magnetism by light in rutile altermagnets.
📕 Read Adamantopoulos et al.,(2024). npj Spintronics 2.1 : 46
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
📕 Read Adamantopoulos et al.,(2024). npj Spintronics 2.1 : 46
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
September 29, 2026 at 7:00 AM
⚡ The OBELIX researchers explored the spin and orbital magnetism by light in rutile altermagnets.
📕 Read Adamantopoulos et al.,(2024). npj Spintronics 2.1 : 46
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
📕 Read Adamantopoulos et al.,(2024). npj Spintronics 2.1 : 46
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
⚡ New paper from the OBELIX team! They studied how scattering makes a difference in circular dichroic angle-resolved photoemission.
📕 Read Honey et al. to explore the ARPES and more !
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
📕 Read Honey et al. to explore the ARPES and more !
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
September 15, 2026 at 7:01 AM
⚡ New paper from the OBELIX team! They studied how scattering makes a difference in circular dichroic angle-resolved photoemission.
📕 Read Honey et al. to explore the ARPES and more !
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
📕 Read Honey et al. to explore the ARPES and more !
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
Discover the equipment used by the OBELX team in the Thales Lab !
Through a THz time-domain spectroscopy setup, the team studies and exploits magnetization dynamics on different time and frequency scales for new spintronic and orbitronic devices.
#OBELIXproject #EUfunded #Orbitronics #physics
Through a THz time-domain spectroscopy setup, the team studies and exploits magnetization dynamics on different time and frequency scales for new spintronic and orbitronic devices.
#OBELIXproject #EUfunded #Orbitronics #physics
September 8, 2026 at 7:01 AM
Discover the equipment used by the OBELX team in the Thales Lab !
Through a THz time-domain spectroscopy setup, the team studies and exploits magnetization dynamics on different time and frequency scales for new spintronic and orbitronic devices.
#OBELIXproject #EUfunded #Orbitronics #physics
Through a THz time-domain spectroscopy setup, the team studies and exploits magnetization dynamics on different time and frequency scales for new spintronic and orbitronic devices.
#OBELIXproject #EUfunded #Orbitronics #physics
⚡ The OBELIX researchers explored the theoretical study of orbital torque in their new paper. Discover guidance for designing light-metal-based orbitronic devices.
📕 Read Daegeun et al.,(2026). Journal of Applied Physics 139.10.
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
📕 Read Daegeun et al.,(2026). Journal of Applied Physics 139.10.
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
September 1, 2026 at 7:01 AM
⚡ The OBELIX researchers explored the theoretical study of orbital torque in their new paper. Discover guidance for designing light-metal-based orbitronic devices.
📕 Read Daegeun et al.,(2026). Journal of Applied Physics 139.10.
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
📕 Read Daegeun et al.,(2026). Journal of Applied Physics 139.10.
#OBELIXproject #EUfunded #orbitronics #physics #EICpathfinder
⚡ New paper about the quantitative analysis of vectorial torques in a thin Co3d ferromagnet using orbital-spin conversion.
Read Bony et al. to explore the ratio of orbital vs spin currents and more !
#OBELIXproject #EUfunded #orbitronics #spin-orbit #physics #EICpathfinder
Read Bony et al. to explore the ratio of orbital vs spin currents and more !
#OBELIXproject #EUfunded #orbitronics #spin-orbit #physics #EICpathfinder
August 18, 2026 at 7:01 AM
⚡ New paper about the quantitative analysis of vectorial torques in a thin Co3d ferromagnet using orbital-spin conversion.
Read Bony et al. to explore the ratio of orbital vs spin currents and more !
#OBELIXproject #EUfunded #orbitronics #spin-orbit #physics #EICpathfinder
Read Bony et al. to explore the ratio of orbital vs spin currents and more !
#OBELIXproject #EUfunded #orbitronics #spin-orbit #physics #EICpathfinder
Study reveals that quantum geometry dominates orbital Hall effect in Weyl semimetals (TaAs family), with non-diagonal band interference contributions far exceeding equilibrium orbital transport—opening pathways for efficient orbitronics devices.
#Orbitronics #TopologicalMaterials #Research
#Orbitronics #TopologicalMaterials #Research
Orbital Hall Effect in Weyl Semimetals from Quantum Geometric Band Interference
arxiv.org
August 17, 2026 at 9:42 PM
Study reveals that quantum geometry dominates orbital Hall effect in Weyl semimetals (TaAs family), with non-diagonal band interference contributions far exceeding equilibrium orbital transport—opening pathways for efficient orbitronics devices.
#Orbitronics #TopologicalMaterials #Research
#Orbitronics #TopologicalMaterials #Research
Nghiên cứu cho thấy hình học lượng tử chiếm ưu thế trong hiệu ứng Hall quỹ đạo ở bán kim loại Weyl (họ TaAs), với những đóng góp giao thoa dải ngoài đường chéo vượt xa vận chuyển quỹ đạo ở trạng thái cân bằng—mở ra những con đường cho các thiết bị orbitronics hiệu quả.
Hiệu ứng Hall Quỹ đạo trong Bán kim loại Weyl từ Giao thoa Dải Hình học Lượng tử
arxiv.org
August 17, 2026 at 9:44 PM
Nghiên cứu cho thấy hình học lượng tử chiếm ưu thế trong hiệu ứng Hall quỹ đạo ở bán kim loại Weyl (họ TaAs), với những đóng góp giao thoa dải ngoài đường chéo vượt xa vận chuyển quỹ đạo ở trạng thái cân bằng—mở ra những con đường cho các thiết bị orbitronics hiệu quả.
