📢 Full house at the Nicolás Cabrera Institute (UAM)! 🎉
Our Frontiers in Material Science Colloquium is now underway with Prof. Igor Zutic (University at Buffalo) discussing “Spintronics Beyond Magnetoresistance”.
@inc-uam.bsky.social
@inc-uam.bsky.social📢 Full house at the Nicolás Cabrera Institute (UAM)! 🎉
Our Frontiers in Material Science Colloquium is now underway with Prof. Igor Zutic (University at Buffalo) discussing “Spintronics Beyond Magnetoresistance”.
@inc-uam.bsky.social📢 Today at the Nicolás Cabrera Institute @ UAM!
🎙️ Igor Zutic (University at Buffalo)
🔬 “Spintronics Beyond Magnetoresistance”
📅 Today, Oct 9 · 12:00
☕ Coffee at 11:30
Don’t miss the next Frontiers in Material Science Colloquium!
@shawnchauhan1.bsky.social90+ Claude agents spent 3 days simulating materials. They came back with two candidates for a problem researchers have chased for years.
@inc-uam.bsky.social📢 Join us for the next Frontiers in Material Science Colloquium at the Nicolás Cabrera Institute @ UAM!
🎙️ Igor Zutic (University at Buffalo)
🔬 “Spintronics Beyond Magnetoresistance”
📅 Fri, Oct 9 · 12:00
☕ Coffee at 11:30
@apexjjap.bsky.social[2025 OPEN ACCESS]
Plasmonically-enhanced reconfigurable photodetector based on graphene/Sb2S3 heterojunction
2025 Appl. Phys. Express 18 015003
iopscience.iop.org/article/10.3...
#APEX
#OpenAccess
#Physics
#Quantum
#wire
#effects
#exchange
#correlation
#spintronics
@apexjjap.bsky.social[2025 OPEN ACCESS]
Spin polarised quantum conductance in 1D channels
2025 Appl. Phys. Express 18 015002
iopscience.iop.org/article/10.3...
#APEX
#OpenAccess
#Physics
#Quantum
#wire
#effects
#exchange
#correlation
#spintronics
@polytopo.bsky.socialWhat does such a topological texture as a magnetic #skyrmion have in common with a #bucket of #water, an #octopus, #origami folded paper, and a #music hall? 🤔
#TopologicalTextures #Skyrmions #POLYTOPO #UnconventionalComputing #TopologicalPhysics #Spintronics #Physics #ScienceCommunication
@tenuretracker.bsky.socialNational Institute for Materials Science (NIMS) is hiring:
Postdoctoral Research Fellow in Magnetic Materials
@informaq-vi.bsky.socialCác nhà nghiên cứu đạt được tạo ra dòng spin gần như thuần trong các chuỗi chống từ tính bằng cách sử dụng các xung điện được xác định thời gian chính xác—một bước đột phá có thể cho phép các thành phần spintronics hiệu quả hơn.
@informaq.bsky.socialResearchers achieve nearly pure spin current generation in antiferromagnetic chains using precisely timed electrical pulses—a breakthrough that could enable more efficient spintronic components.
@magnetism.eu#postdoc #position at Institut Jean Lamour buff.ly/ArvN9aD #Spintronics and #Nanomagnetism; #magnetism
@informaq.bsky.socialResearchers develop unified theory explaining how altermagnets generate distinct magnon & orbiton excitations via lattice asymmetry & orbital ordering—key for spintronic device engineering.
@informaq-vi.bsky.socialCác nhà nghiên cứu phát triển lý thuyết thống nhất giải thích cách altermagnets tạo ra các kích thích magnon và orbiton riêng biệt thông qua tính bất đối xứng mạng tinh thể và sắp xếp quỹ đạo—chìa khóa cho kỹ thuật thiết kế thiết bị spintronics.
@aip-publishing.bsky.socialCould spin waves transform computing?
This APL Perspective explores nonvolatile magnon signal storage and its potential role in future low-power information technologies.
Read the article: https://aippub.org/4cBX87D
@wanjek.bsky.social#Graphene, now with a twist. Researchers at #NagoyaUniversity have created a graphene nanoribbon whose molecular handedness can be reversibly switched. That has implications for #photonics, #sensing, and #spintronics.