Physics Chemistry

Physics Chemistry

New Photonics-Based Gravimeter Uses Gravito-Optic Effect for Moving Platforms

Researchers at the University of Wollongong have successfully demonstrated a new photonics-based solid-state gravimeter utilizing the gravito-optic effect to measure Earth's gravity. This optical fibre sensing system eliminates the need for traditional test masses, paving the way for highly accurate gravity mapping on moving platforms....

📅 Mar 16, 2026 5

Physics Chemistry

Quantum Computing in Chemistry May Not Be the Industry's 'Killer App' After All

Quantum computing in chemistry has long been hailed as the technology's killer app, but new research suggests its practical use for molecular calculations may be severely limited....

📅 Mar 12, 2026 3

Physics Chemistry

WisePanda AI Uses Physics-Driven Deep Learning to Restore Ancient Bamboo Slips

The WisePanda deep learning framework is revolutionizing archaeology by using physics-driven AI to reconstruct fragmented ancient bamboo slips....

📅 Mar 06, 2026 6

Physics Chemistry

Light Mimics Quantum Hall Effect: A Historic Physics Breakthrough

For the first time, scientists have forced light to mimic the Nobel Prize-winning quantum Hall effect, opening new doors for quantum computing and metrology....

📅 Mar 01, 2026 14

Physics Chemistry

Microwave quantum network stays coherent up to 4 K by radiative cooling

Microwave quantum network results up to 4 K show a practical path to linking superconducting qubits outside ultra-cold, fully isolated setups. The team reports radiative cooling that suppresses thermal photons, enabling state transfer and remote entanglement above classical limits....

📅 Feb 27, 2026 9

Physics Chemistry

Quantum Linear Solvers: VQLS vs HHL in Time-Fractional Diffusion

A new comparative study evaluates Variational Quantum Linear Solvers (VQLS), HHL, and Quantum Annealing for solving complex time-fractional diffusion equations in scientific computing....

📅 Feb 24, 2026 10

Physics Chemistry

Quantum Computing Breakthrough: Scientists Achieve Real-Time Qubit Fluctuation Tracking

Researchers have developed a method to track qubit performance fluctuations in milliseconds, solving a critical 'blind spot' in quantum computing stability....

📅 Feb 20, 2026 15

Physics Chemistry

Mastering Lanthanide Geometry: Luminescence & Magnetism Revolution

Precise control over the geometry and symmetry surrounding trivalent lanthanide centers unlocks unprecedented tailoring of luminescence and magnetic properties, propelling applications in quantum technologies and advanced materials. This breakthrough addresses longstanding challenges in harnessing Ln3+ ions for emerging tech....

📅 Feb 18, 2026 9

Physics Chemistry

Quantum Grover's Secrets Cracked by AI Reasoning and Token Magic

Imagine decoding a quantum algorithm's black box with everyday AI tricks—researchers just did it for Grover's search, turning circuit chaos into crystal-clear concepts....

📅 Feb 15, 2026 9

Physics Chemistry

ML Potential Unlocks Iron Oxide Structures

Researchers have developed a machine learning interatomic potential that accurately models the structural properties of iron oxides, a vital class of materials with complex behaviors....

📅 Feb 12, 2026 14

Physics Chemistry

Fractional Solitons Unlock New Wave Dynamics

Researchers explore time-space fractional Boussinesq equation, uncovering soliton structures and nonlinear wave behaviors vital for fluid dynamics....

📅 Feb 08, 2026 16

Physics Chemistry

Chemistry Today February 2026 Edition Spotlights Nanoparticle Breakthroughs and Pharma Innovations

The February 2026 issue of Chemistry Today explores nanoparticle tech for tough diseases, flow chemistry, and biotech shifts, offering key insights for students and researchers....

📅 Feb 05, 2026 22

Physics Chemistry

Copper Superatom Cu45 Converts CO2 to Ethylene at 80% Efficiency

Tsinghua University scientists create stable Cu45 copper superatom, achieving over 80% efficiency in converting CO2 to ethylene, surpassing all known copper catalysts for carbon recycling....

📅 Jan 31, 2026 27

Physics Chemistry

LLNL Scientists Uncover Recipe for Recoverable Carbon Dioxide Polymer as High-Energy Material

Lawrence Livermore National Laboratory researchers have identified a first-of-its-kind carbon dioxide-equivalent polymer recoverable from high-pressure conditions, promising new energetic materials for propellants and explosives. Published in Communications Chemistry, the discovery uses simulations to reveal a pathway via carbon monoxide and oxygen mixtures. This could unlock high-energy-density materials stable at ambient conditions....

📅 Jan 28, 2026 23

Physics Chemistry

UCLA Chemists Shatter 100-Year Rule, Forge Impossible Cage Molecules for Next-Gen Drugs

UCLA team defies century-old chemistry law on Jan 23, 2026, creating warped cage molecules cubene and quadricyclene. Breakthrough unlocks 3D structures for advanced pharmaceuticals....

📅 Jan 28, 2026 26