Magnetic barriers in monolayer WSe2 yield valley-selective transport: K valley dominates transmission, valley polarization exceeds 30%, and tunable magnetic fields function as valley filters—enabling prospects for valleytronics-based information storage.
#Valleytronics #2DMaterials #Research
Circularly polarized Floquet driving suppresses electron tunneling while enabling near-perfect exciton transmission in Kekulé-Y graphene via a Klein-like paradox, with tunable valley and optoelectronic transport properties.
#FloquetEngineering #Valleytronics #Research
"Researchers have discovered monolayer iron oxyhalides, offering unique magnetic properties that could transform spintronics and valleytronics. How might these breakthroughs impact future electronics? #Spintronics #Valleytronics #Innovation" LINK
Dark Valleytronics [via OIST] 🧪🥼🔬⚛️⚫ℹ️
"in #valleytronics, the crystal structure of unique materials enables us to encode information into distinct momentum states of the electrons, known as valleys."
www.oist.jp/news-center/...
#femtosecond #spectroscopy #electron #momentum #information #encoding
🌟 What if we could control light direction at the quantum level? Plasmonic nanostructures are transforming valleytronics, paving the way for precise manipulation of light in quantum computing and advanced displays. What do you think? #Valleytronics #Nanotechnology #Photonics LINK
🌟 Tailored light pulses in 2D materials promise to transform valleytronics, leading to faster, more efficient computing. What future applications can you envision? Share your thoughts! #Valleytronics #2DMaterials #Photonics LINK
New era of #magnetization: Research sheds light on #future #applications in #spintronics and #valleytronics
The 1st layered, room-temp #altermagnet has been discovered enabling spin splitting without spin–orbit coupling—advancing spin/vallytronics scitechupdates.com/n...
