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Physics
Lancaster Physicist Breaks New Ground in Radiation Reaction Theory
Symmetry-Broken Light Enables Enhanced Optical Trapping of Microscopic Particles
Revolutionary Technique Uses Diamond Defects to Measure Temperature via Light Emission
Researchers Develop High-Quality Slow-Light Photonic Crystal Microring Device
Diamond Quantum Sensor Detects Heat‑Induced Magnetic Flow
Instant Magnetic Field Reversal Driven by Gyro-Motion of Relativistic Electrons
Tug-of-War Dynamics Unveil a Spectrum of Quantum Matter Phases
Revolutionary Structured Thermal Armor Enables Liquid Cooling Above 1,000 °C, Overcoming Leidenfrost Limits
Chiral Crystal Demonstrates Superior Superelastic Photoactuation
Bristol Quantum Team Achieves Billion‑Fold Speedup in Optical Quantum Simulations
Harnessing Lanthanide–Lanthanide Bonds for Ultra‑Strong Permanent Magnets
Scientists Create Robust Qubits Using Vibrating Atom Pairs in Optical Lattices
Scientists Uncover a Fourth Indicator of Superconductivity in Cuprate Materials
Scientists Map Noise Fingerprint in Quantum Computers, Boosting Reliability
Lawrence Livermore Lab Reaches Fusion Milestone on Path to Power
Kondo Effect Discovered in Transition Metal Oxide, Advancing Decade-Long Debate
Enhancing Print Quality with Surfactants: A Technical Approach
Revolutionary Two-Step Approach Simplifies Stellarator Permanent Magnet Design with Standardized Blocks
New Method Enhances Testing of Quantum Gates
Generating Frequency Combs in Microresonators: A Breakthrough in Ultra‑Short Light Pulses
Compact Terahertz Laser Delivers 120 Tunable Frequencies
Researchers Develop Groundbreaking Alumina-Based Optical Device
Manchester Scientists Observe Schwinger Effect Using Graphene Devices
Ultrathin Materials May Enable Smartphone‑Scale Quantum Computers
LED Solar Simulator Delivers Accurate Terrestrial Spectra for Energy Research
Active Control of Lattice Kerker Effect Using Phase-Change Materials
Precision Light Delivery Through Opaque Human Tissue and Complex Systems
Georgia Tech Researchers Innovate Ion Transport Technique to Enhance Quantum Entangling Gates
Oak Ridge Lab Crafts Ultra‑Fine Light‑Guiding Cubes via Electron‑Beam Machining
Decoding Cuprate Superconductivity: Advanced Calculations Unveil Phonon Roles
Exploring Quantum Entanglement with Attosecond Laser Pulses in the Lab
HKUST and Tokyo Researchers Uncover Topological Feature in Sodium Chloride’s Crystal
Exploring Synthetic Dimensions with Silicon Photonics: A Breakthrough in Fundamental Physics
Comprehensive Theory Uncovers High‑Energy Vortex Scattering Dynamics
Real‑Time Reliability Verification for Telecom Signals with New Quantum Receiver System
Revealing Quantum Electron Coherences in Molecules with Subfemtosecond Imaging
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Fiber Tracking Technique Unveils Key Insights into Turbulent Flows
Interwoven: Exploring the Interplay of Charge and Magnetism in Kagome Materials
Innovative Chip Enables 2D Quantum Walks for Advanced Computing
Amplifying Cosmic Magnetic Fields: How Tiny Plasma Oscillations Trigger Growth
Leiden Physicists Discover Electron-Induced Charging of Resist Layer
Using Supercritical Fluid Insights to Unveil the Interiors of Giant Gas Planets
Atomtronic Device Promises Breakthrough in Understanding Quantum–Classical Boundary
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