Scientists have developed a light-powered chip that can generate, route, and read information on a single device, bringing valleytronics closer to practical AI and quantum computing applications. A major step toward faster, more energy-efficient computing.
https://t.co/UObvnaOS7u
#Photonics #AI #QuantumComputing #Nanotechnology
Scientists just solved a quantum puzzle once thought impossible for classical computers—using a personal computer and clever algorithms instead of a quantum machine. A fascinating reminder that software breakthroughs can be just as powerful as hardware advances. https://t.co/3LOnWOGpDz
There exist finite-group symmetries that are not onsiteable but anomaly-free in two-dimensional lattice models
Letter 1: https://t.co/dWpl9ukfaw
Letter 2: https://t.co/Nw5qxWEci0
Theoretical research on a vanadium dioxide-based terahertz metamaterial supporting switchable dual functions of broadband absorption and polarization conversion 🛸
New Article online: Incoherent dielectric tensor tomography for quantitative three-dimensional measurement of biaxial anisotropy.
https://t.co/P5R8NTteJW
When anyonic excitons in quantum Hall bilayers are introduced at finite density, they can form an unusual exciton superfluid that is especially robust near phase transitions between competing quantum Hall states.
Read the paper: https://t.co/U1s2Loki8D