Latest Physics News & Discoveries

Engineers Design Revolutionary 32-Bit RISC-V Microprocessor with Molybdenum Disulfide

Shape-Recovering Liquid Defies Classical Physics

Hot Schrödinger Cats: Quantum Superposition Achieved at Higher Temperatures

Hidden Vulnerabilities in Quantum Communication Discovered

Revolutionizing Spintronics: Electric Field Control Eliminates Need for Magnets

Smartphone Tech Unlocks Antimatter Secrets

Researchers Develop Groundbreaking Photon Router for Quantum Networks

The Breakthrough of Altermagnets in Magnetic Device Control

New Theoretical Framework Explains Strange Metal Behavior Near Quantum Critical Points

What is Quantum Mechanics? Understanding the Basics and Its Impact on Modern Science

Quantum Entanglement Unveiled in Strange Metals

New Technique Slashes Quantum Measurement Time Using Ancillary Qubits

Unexpected Kaon Asymmetry Challenges Particle Physics Understanding

Quantum Biology Breakthrough: Redefining Life’s Computational Capacity

Fusion Energy: A New Physics Design Basis for a Cleaner Future

New Method Using Thermopower Detects Fragile Fractional Quantum Hall States

Liquid Crystal Breakthrough Solves Optical Loss Problem in Photonic Circuits

Superconductivity: Unlocking the Quantum Secrets of Perfect Conductivity

Quantum Leap: 56-Qubit Computer Achieves Certified Randomness

New Graphene Device Enables Dynamic Control of Terahertz Waves for 6G and Advanced Imaging

Scientists Achieve First Complete Statistical Analysis of Quantum Entanglement

Does the Proton Decay? A New Investigation into Its Possible Lifespan in Space and Time

“Half Ice, Half Fire”: A Groundbreaking Discovery in Quantum Magnetism

Qudit-Based Quantum Computer Simulates 2D Quantum Electrodynamics

Light Speed Revolution: 3D Photonics Shatters AI Data Bottlenecks

Spooky Energy at a Distance: Quantum Experiment Reveals New Nonlocality

Researchers Develop Scalable ‘All-to-All’ Interconnect for Quantum Processors

Quantum Mechanics: Unlocking the Mysteries of the Universe

Wireless THz Interconnect Breaks Quantum Computing Bottleneck

Compact Solid-State Laser Achieves 193-nm Deep Ultraviolet Light