Quantum breakthrough with purple bronze enabling switching between insulating and superconducting states, unlocking potential in quantum computing.
Latest in Quantum Materials
-
-
FullerenesLasersMax Planck InstituteOptoelectronicsPhysicsSciTech NewsSpectroscopySuperconductivity
“A Revolutionary Step: Integrating Superconductivity onto Chips through Laser-Induced Optoelectronics”
Breakthrough: Laser-induced superconductivity integrated onto chips, unlocking new optoelectronic possibilities. Research at MPSD, Hamburg.
-
ETH ZurichMagnetismQuantum MaterialsQuantum PhysicsSciTech NewsUniversities
Discovering a New Magnetism: A Breakthrough in Quantum Physics by ETH Zurich Researchers
ETH Zurich’s discovery of a new type of magnetism in engineered moiré materials, offering insights into quantum and solid-state magnetism.
-
MagnetismQuantum MaterialsQuantum MechanicsRice UniversitySciTech NewsUniversities
Revolutionary Discovery: Crystal’s Atomic Movements Induce Magnetism
by Klaus Müllerby Klaus MüllerRice University’s study reveals chiral phonons in crystals induce magnetism, challenging physics norms and advancing quantum material research.
-
Electrical EngineeringPenn State UniversityQuantum ComputingQuantum MaterialsSciTech NewsUniversities
Quantum Control Breakthrough a Game Changer for Next-Gen Electronics and Computers
Breakthrough in Quantum Control: A Game-Changer for Next-Gen Electronics and ComputersResearchers from Penn State have unveiled a groundbreaking method to …
-
Cornell UniversityMagnetic FieldsPhysicsQuantum MaterialsSciTech NewsTopological Insulators
Breakthrough in Quantum Anomaly Unveiled by Cornell Researchers Challenges Established Beliefs on Quantum Insulators
Breakthrough: Cornell Researchers Challenge Quantum Insulator Beliefs, Revealing Electron Flow Mysteries.
-
2D MaterialsGrapheneMaterials ScienceNational Institute Of Standards And TechnologyPhysicsQuantum MaterialsSciTech News
Exploring Novel Characteristics of Twisted Graphene Using a Quantum Metric
NIST scientists introduce a quantum ruler to probe the unique properties of twisted graphene layers, known as moiré quantum matter. …
-
Atomic PhysicsDOEParticle PhysicsSciTech NewsSLAC National Accelerator Laboratory
Inaugurating a Revolutionary Phase in X-Ray Science: SLAC Unveils the Globe’s Most Advanced X-Ray Free-Electron Laser
The Department of Energy’s SLAC National Accelerator Laboratory unveils the upgraded LCLS-II X-ray laser, providing groundbreaking capabilities in atomic-scale research. …
-
CryptographyLEDsLinkoping UniversityMaterials ScienceOpticsPhysicsQuantum MaterialsQuantum MechanicsSciTech News
Enhanced Cybersecurity through Novel Quantum Random Number Generator Technology
by Manuel Costaby Manuel CostaEnhanced Cybersecurity through Novel Quantum Random Number Generator TechnologyCredit for Quantum Random Number Generation using Perovskite Light-Emitting Diode: Magnus JohanssonA …
-
2D MaterialsCrystalsGrapheneNational University Of SingaporePhysicsQuantum MaterialsSciTech News
Progress in Quantum Matter: Guidelines for Precision Alignment of Atomic Constructs
by Klaus Müllerby Klaus MüllerResearchers from the National University of Singapore develop a precision alignment technique for supermoiré lattices, setting new standards for advancements …
- 1
- 2