WRLD A.LIVE

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• Unified description of Fano resonances in excitonic nanostructures across multiple geometries Nature

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• Scientists smash oxygen nuclei to recreate matter from the Big Bang Science Daily

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• Scientists smash oxygen nuclei to recreate matter from the Big Bang Science Daily

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• TU Delft Achieves Direct Single-Atom Nuclear Magnetic Resonance via Scanning Tunneling Microscope Probe Quantum Computing Report

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• Unified description of Fano resonances in excitonic nanostructures across multiple geometries Nature

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• Enhanced dielectric properties and alignment behavior of ferroelectric nematic liquid crystals in the non-polar nematic phase. Nature

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• Discovery of ‘hidden mechanism’ boosts hybrid LED efficiency Futurity

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• New Study Reveals What Limits High-Harmonic Generation in Solids AZoOptics

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• Physicists created a tiny universe and watched time emerge without a clock Science Daily

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• Physicists created a tiny universe and watched time emerge without a clock Science Daily

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• How the quantum vacuum perturbs atoms, could shrink black holes and may have helped form galaxies Phys.org
• Small molecular twists may strengthen nature's magnetic compass Phys.org

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• New Magnetic Phase Could Boost Quantum Tech And Data Centers Quantum Zeitgeist
• Researchers find proof of a new magnetic phase Stanford University

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• Spin currents reveal hidden magnetic information in altermagnets Nanowerk
• SLAC researchers find proof of altermagnetism, a new magnetic phase SLAC National Accelerator Laboratory
• Electrical signals reveal hidden magnetic information in altermagnets for first time Phys.org

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• Einstein's Equations May Explain Universe Without Dark Energy Mirage News

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• 🤖 With no rules at all, 37 small robots eventually move in unison Techno-Science
• Researchers Turn Robots into Time Crystal Systems A3 Association for Advancing Automation
• How the quantum vacuum perturbs atoms, shrinks black holes and formed our galaxies The Conversation

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• How to use physics to make sense of the messiness of life Aeon

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• Transient vibration analysis of liquid-filled pipelines under water hammer using a script-based CFD-CSM framework Nature

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• TU Wien, UC San Diego create X rays beyond textbooks NewsBytes
• Physicists produce X-ray photons above the usual energy threshold — ScienceDaily UA.NEWS

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• Scientists just broke a textbook rule of physics Science Daily

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• Delayed electron–hole recombination in a pseudo-direct semiconductor Nature

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• The phantom lighthouse: New research explains one of Australia's strangest illusions Phys.org

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• Can gravitational fields break and reconnect? Einstein’s equations suggest they can EurekAlert!

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• Decoding the loopy physics of hula hooping with high-tech earthquake sensors Phys.org
• When simulations fall short, this spectrometer learns for itself Phys.org

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• Einstein's Equations Suggest Gravitational Fields Can Reconnect Mirage News
• Can gravitational fields break and reconnect? Einstein's equations suggest they can Phys.org

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• Against all expectations, researchers control the magnetic core of a single atom Phys.org
• Physicists Get Three Times More Work From a Glass Bead Using Hidden Memory Around Prague

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• Sound-levitated particles reveal how static charge builds up Phys.org

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• Quantum Decay Rates Trigger A Phase Transition In Superradiance Quantum Zeitgeist
• Thermal Bosons Boost Superconductor Temperatures, Theory Shows Quantum Zeitgeist
• Maxwell's Demon Can Extract Energy From Hidden Memories, Study Finds ScienceAlert

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• 120-year-old Puzzle Made Visible In Helium Droplet Mirage News

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• Nobel Prize in Physics Opens New Window into the Universe Illinois Institute of Technology
• The Nobel Prize in Physics 2026: insights into the importance of IceCube The Johns Hopkins News-Letter
• Machine learning for advancing gamma source localization in a human phantom using NaI (Tl) detector spectra in radiobioassay Nature

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• Scientists Use Light to Brake Molecular Motion by 300,000x Labroots

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• Atoms Don't Lie: Inside the Quiet Revolution Remaking Atomic Spectroscopy Spectroscopy Online
• SLAC's SPINE: A Super Intelligence tool on the trail of ghost particles | Newswise Newswise
• Identical vesicles, different behaviors: Model reveals how spontaneous asymmetry gives rise to lifelike behavior Phys.org

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• The phantom lighthouse: new research explains one of Australia’s strangest illusions The Conversation

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• Light-controlled brake makes random molecular motion 300,000 times slower Phys.org

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• Computational model extends the study of nanostructures beyond classic layered systems Phys.org

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• SPINE: A machine-learning program is on the trail of ghost particles Phys.org

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• 120-Year-Old Puzzle Revealed in Helium Droplet Mirage News
• Mathematical puzzle from 1904 takes physical form in gold-studded helium droplets Phys.org

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• A tiny laser beam could make computer memory 1,000 times faster Science Daily
• What causes mysterious long delayed radio echoes in Earth's atmosphere? Space

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• Researchers Bound Variance Sums Using Observable Relationships Quantum Zeitgeist
• Smithsonian scientists just recreated the first 2 billion years of the Universe Science Daily

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• Scientists predict a new way to control magnetism and topology using light in atomically thin materials Nanowerk
• A tiny laser beam could make computer memory 1,000 times faster Science Daily

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• A Huge and Powerful New Simulation Helps Explain the Universe's Reionization Universe Today

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• This New Simulation of the Early Universe Is Massive, Detailed and Gorgeous CNET

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• Gaze at the Cosmic Dawn in Dizzying Detail The New York Times

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• Simulations reveal design rules for high-performance DNA particle motors Phys.org

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• Lumina Simulation Models the Early Universe's Dark Ages Scientific Frontline

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• Scientists say this is what the universe looked like just after the Big Bang Yahoo
• Supercomputer reveals first two billion years of ‘cosmic web’ The Times
• Diamond defects confirm 80-year-old theory of crystal stress Phys.org

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• ORNL’s Frontier Supercomputer Powers Lumina Simulation of the Early Universe HPCwire

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• Smithsonian Scientists Create Most Detailed Simulation Yet of the Early Universe Smithsonian
• How CERN Earns Trust at Scale Issues in Science and Technology

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• New Simulation Recreates Universe As Its First Galaxies Began to Emerge تسنیم
• Listening to the Universe through Neutrinos: A Seminar on the 2026 Nobel Prize in Physics Magazine Unimore
• What is a neutrino anyway? A look at the science behind this year's Nobel Prize in Physics Phys.org
• Neutrinos Are Everywhere. Now What? The New York Times

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• What Makes Glass Good at Conducting Heat? Sound Holds the Key Asia Research News |

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• Cern chief urges Europe to back new €16bn particle accelerator Financial Times

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• Watch the universe emerge from the dark ages, with Lumina MIT News

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• Retired Brookhaven Collider Delivers a Final Surprise as Oxygen Collisions Show Jets Losing Energy in Tiny Drops of Early-Universe Matter Nature World News

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• 6 stellar images of the early universe Popular Science

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• Mosaic crystal structure discovered in a cuprate — ScienceDaily UA.NEWS

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• Scientists discover a hidden flaw that challenges 40 years of superconductor science Science Daily
• Researchers Boost Force Sensor Signals Using Free Electrons Quantum Zeitgeist
• Researchers Bound Error In Kinetic Energy Approximation Quantum Zeitgeist
• Researchers Certify Entangled Light With Electron Interference Quantum Zeitgeist

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• Researchers Link Hanbury Brown Twiss To Hong Ou Mandel Effect Quantum Zeitgeist
• Researchers Link Light’s Spin To Electron-Positron Vortex Shape Quantum Zeitgeist
• Wave Conversion Vanishes At Ratios Near 1.469, Restoring Energy Flow Quantum Zeitgeist

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• Helical Molecule Between Gold Electrodes Acts as a Single-Molecule Machine Driven by Electric Current XenoSpectrum

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• Scientists discover a hidden flaw that challenges 40 years of superconductor science Science Daily

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• IIT-M Faculty Makes Key Inputs to Global Study on Molecular Electronics Deccan Chronicle
• A molecule spins, and the current grows: IIT Madras researcher joins study The Times of India
• IIT Madras Faculty Contributes To Multinational Study Showing Molecular Motion Might Help Control Nanoscale Electronic Devices ETV Bharat
• Archimedes screw inspires single-molecule motor powered by electric current Phys.org
• 2,000-year-old Archimedes’ screw inspires motor that boosts electricity 100 times Interesting Engineering

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• Single X-ray pulse reveals plasma nanostructures across scales with one camera Phys.org

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• 'One-positron cyclotron' could test a key prediction of the Standard Model Phys.org

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• Scientists trap and tame a single particle of antimatter for months Northwestern Now News
• Scientists trap positron for months to look for cracks in particle physics Interesting Engineering
• US Research Team Traps a Single Positron, Achieving First 'Quantum Cyclotron' finance.biggo.com
• Physicists Trapped a Single Antimatter Particle for Months. Now Comes the Hard Part ZME Science
• Physicists Hold A Positron Captive For Months, Odd Correlation Found In Reincarnation Reports, And Much More This Week IFLScience

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• Miniature Ball Lightning Created in a Lab Could Help Solve a Centuries-Old Mystery ScienceAlert

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• Depth-dependent inter-pixel distance in trench-isolated LGADs for shallow radiation detection Nature

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• Plain silicon grating reveals a hidden 'twist' in light from electron beams Phys.org

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• Columbia Team Sees Quantum Effect In Electron Movement Quantum Zeitgeist

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• What makes glass good at conducting heat? Sound holds the key Phys.org

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• South Dakota Mines Researchers Celebrate Nobel Prize Tied to IceCube Neutrino Project KOTA

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• Levitated nanoparticle detects single-atom collisions Physics World

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• Plain silicon grating reveals a hidden “twist” in light from electron beams Asia Research News |

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• Perimeter Institute Launches New Physics-Driven AI Initiative HPCwire

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• UW-Madison Professor Wins Nobel Prize Exponent
• Steering molecular reactivity with ultrafast electron motion CUI: Advanced Imaging of Matter
• Ultrafast light pulses track molecular motion with three-femtosecond resolution Phys.org

06:002 reports

• Nanometer-thin iron films lose magnetism 75% more easily under laser pulses Nanowerk
• Shrinking iron films strengthens laser-driven demagnetization Phys.org

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• Synchronized laser-driven ion surfing acceleration in a tailored density profile APS Journals
• Minimal model for chirp-induced nonadiabatic coupling in Autler-Townes splitting APS Journals
• Reducing NMR shielding uncertainty to the QED scale: Nuclear magnetic dipole moments of APS Journals

04:001 report

• Association between projectile and target excitation in slow Ar APS Journals

03:0010 reports

• Extended Moody diagram for wall-modeled LES accounting for near-wall reversed flow APS Journals
• Renormalized thermodynamics for Bose gases from low to critical temperatures APS Journals
• Breathing and quadrupole modes in squeezed Bose-Bose liquid drops APS Journals
• Quantum-classical correspondence in ultrafast Kapitza-Dirac diffraction APS Journals
• 2026 Nobel Prize winners announced Lamar University Press
• Exclusive: Korean Researchers in Nobel-Winning IceCube Collaboration 조선일보
• UW-Madison to celebrate Nobel Prize winner on Oct. 23 In Business Madison
• What Is a Neutrino Anyway? A Look at the Science Behind This Year’s Nobel Prize in Physics UC San Diego Today
• Ice ice baby: finding the origin of the universe using subatomic particles and ice The California Aggie
• Quantum System's Evolution Defies Standard Approximation Quantum Zeitgeist

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• Quantum interference traps electron waves in metal for first time Phys.org
• Particle detectors must keep their precision as they age Innovation News Network

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• Quark-Gluon Plasma Confirmed in Oxygen Collisions at RHIC’s Lowest Energy Yet Tech Times
• Tiny oxygen collisions may reveal matter from the Universe’s earliest moments Tech Explorist

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• Researchers use smart engineering to speed data transmission Asia Research News |
• Picosecond dynamics of optical and electronic properties in GaAs triggered by x-ray inner-shell excitation APS Journals
• Pressure-driven metal-semiconductor-metal transition in Ca APS Journals
• Competing regimes of carrier and impurity scattering limiting phonon heat conduction in heavily doped silicon APS Journals

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• Quantum Leap For Canadian INRS High-temperature Materials Research Quantum Zeitgeist

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• Structure-coefficient theorem for evolutionary games on dynamic networks Nature
• Coventry University Researchers Recreate Extreme Planetary and Stellar Turbulence in Lab Experiments AZoQuantum

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• Reduced-DSP 200G/λ low-voltage slow-light silicon modulator enabled by built-in EO equalizer Nature

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• Scientists may have found the key to one of quantum physics’ biggest mysteries: superconductivity Yahoo
• Thin Film Gradient Lithography Isolates Spin Fluctuation Scattering in Superconductors AZoM

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• Perfect supercurrent diode efficiency in chiral nanotube based weak links Nature

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• Physical Review A - Accepted Paper: Self-interaction correction in density-functional calculations of attosecond delays near photoionization minima in noble-gas atoms APS Journals
• Transient response of a cylindrical cavity in three-dimensional elastic space under impact loading: an analytical solution Nature

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• Analytical framework for corona discharge modelling at small distances integrated with established propulsion relationships Nature
• Scientists set record for shortest high-energy X-ray pulses at under 400 attoseconds Interesting Engineering

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• Attosecond X-Ray Pulses Hit Record Intensity Optics & Photonics News
• SLAC sets record for high-energy X-ray pulses Stanford Report
• Dipole-exchange spin waves and mode hybridization in magnetic nanoparticles APS Journals

06:003 reports

• Research on the vibration frequency range of vibratory soil cutting system and experimental verification Nature
• Laser-made lattice reveals discrete light solitons in tunable atomic vapor Phys.org
• Perovskite laser maintains stable performance over 400 million pulses Phys.org

05:006 reports

• Differences Between Two Types of Trans-Ionospheric Pulse Pairs (TIPPs) Observed by SY-15 Satellite at 500 km Altitude: Physical Parameters and Geographic Distribution AGU Publications
• Optical spectroscopy of Bose-Einstein condensates at finite temperature APS Journals
• Wave vortices around oscillating subwavelength holes: Water-wave observation Science | AAAS
• Splitting probabilities for Brownian motion with diffusing boundaries: Application to polymer translocation APS Journals
• Suppression of transient beam loading effects in storage rings via main cavity power source feedforward scheme APS Journals
• Optimized bunch lengthening for beam extraction from J-PARC RCS APS Journals

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• Physical Review Research - Accepted Paper: Anderson noise avalanche and sudden coherence destruction in photonic Su-Schrieffer-Heeger chains with random off-diagonal disorder APS Journals

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• Attosecond Hard-X-Ray Pulses Could Show How Electrons Behave in Atoms Technology Networks
• SLAC’s X-ray laser sets a record for shortest high-energy pulses ever generated by an XFEL SLAC National Accelerator Laboratory
• X-ray free-electron laser sets new record for shortest high-energy pulses Phys.org

01:002 reports

• Ultrafast light can control ferromagnetism without relying on heating Phys.org
• Information-thermodynamic principles unveil the response of complex networks to perturbations APS Journals

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• On Hostile Alien Worlds, Water Unexpectedly Behaves Like a Bizarre Chemical Shapeshifter The Debrief
• Water As We’ve Never Known It: Physicists Test Water Beyond Earth-like Conditions University of Nevada, Las Vegas | UNLV
• Diffusion quantum Monte Carlo benchmark for metal-ligand binding in first-row metallocenes APS Journals
• Physical Review Research - Accepted Paper: Atomic density optimization of quasi-one-dimensional diffuse laser cooling under a two-dimensional magnetic-field gradient APS Journals
• Bending a liquid: Liquid membranes flex 100 times more easily than cell membranes Phys.org

23:004 reports

• Under Extreme Pressure on Ice Giants, Water Ice Gets Weird Universe Today
• Adiabatic demagnetization refrigeration in the Yb-based chain system K APS Journals
• Magnetic field tests predict blue OLED lifetimes from tiny brightness changes Tech Xplore
• Physics-informed graph attention networks for multi-objective optimization of double skin façades: a climate-responsive framework for operational carbon reduction Nature

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• Prior knowledge informed neural network based on Basquin’s formula for predicting fatigue life Nature

20:004 reports

• Particle colliders recreate matter that existed microseconds after the Big Bang Interesting Engineering
• Scientists Just Discovered That Earth’s Core Is Leaking, and It Has Been for Billions of Years VICE
• Earth’s Core Has Been Quietly Leaking Water for Billions of Years Gizmodo
• Scientists discover hidden rules that may govern spacetime Tech Explorist

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• GSI Darmstadt researches the binding of superheavy elements da.news
• How physicists are mapping the structure of nuclei and nucleons Innovation News Network

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• Realisation of semi-empirical electronic structure theory on a field-programmable gate array Nature

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• Robotic 'time crystal' organizes itself into a single rhythm despite random disturbances Phys.org
• Reversible Atomic Transformations Explain Metallic Water Behavior in Ice Giants AZoM
• Bending a liquid: liquid membranes flex 100 times more easily than cell membranes Asia Research News |
• 'Smoking gun' may help solve mystery of high-temperature superconductivity Phys.org

14:001 report

• Modification of Damon-Eshbach magnetostatic mode spectra in ferromagnet/paramagnet bilayer APS Journals

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• Stratified core lid as a spectral selector for trapped MAC modes APS Journals
• Physical Review Fluids - Accepted Paper: Numerical simulations of annular disc dynamics in homogeneous and density-stratified fluids at moderate Reynolds number APS Journals
• Inverse Navier-Stokes momentum compensation for hydrodynamic transformations APS Journals

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10:003 reports

• 37-unit robotic material synchronizes movement without a clock or central control Interesting Engineering
• Wave coarsening drives time crystallization in mechatronic metamaterials Nature
• A Strange New Time Crystal Emerges From Synchronized Vibrations ScienceAlert

09:002 reports

• Role of spatial defect correlations in reversible polarization switching in BiFeO APS Journals
• Disorder-induced non-Gaussian states in large ensembles of cavity-coupled molecules APS Journals

08:003 reports

• Laser-cooling angle optimization across structural phase transitions in APS Journals
• Crystal structure, electrical resistivity, and electronic structure of single-crystal Ni APS Journals
• Electron-phonon coupling regulated by controlled disorder for highly efficient photoluminescence in Se-doped WS APS Journals

07:002 reports

• Self-bound states in one-dimensional atomic-molecular Bose-Einstein condensates APS Journals
• Assessing the classicality of photon echo from excitons in lead halide perovskite nanocrystals APS Journals

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• Experiment Reveals Quantum Tug-of-War Limiting Higher-Temperature Superconductivity Simons Foundation
• Oxygen collisions show evidence of jet quenching, a signature of early-universe matter Phys.org
• Water as we’ve never known it: Physicists test water beyond Earth-like conditions EurekAlert!

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• Water as we've never known it: Physicists test water beyond Earth-like conditions Phys.org

03:004 reports

• Physicists believe ‘forgotten’ particle could explain existence Wyoming News Now
• Experimental Study on Ignition and Combustion Characteristics in a Sector Combustor with Three Pintle Injectors ASCE Library
• Custom frame timing captures ultrafast events across five orders of magnitude in time Phys.org
• Water As We've Never Known It: Physicists Test Water Beyond Earth-like Conditions | Newswise Newswise

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• Individual atomic collisions can now be detected in the lab, potentially opening up pathways to new physics Phys.org
• Lagrangian–Eulerian learning of flow field and trajectories with TrajectoryFlowNet Nature
• Classification of scissors rotational bands in deformed nuclei APS Journals

22:003 reports

• -meson elliptic flow in Pb+Pb collisions at APS Journals
• Ultrasound creates a tube that guides matter through the air Tech Xplore
• A small-area and power-efficient reversible full adder based on a two-transistor multiplexer applicable in image addition Nature

21:003 reports

• Beyond transistor limits: Hybrid magnetic-sound waves could boost computing speed and efficiency Michigan Engineering News
• Steering Electrons with Extreme Ultraviolet Light - an International Team Demonstrates Quantum Coherent Control in the Extreme Ultraviolet | Newswise Newswise
• Beyond Transistor Limits: Hybrid Magnetic-Sound Waves Could Boost Computing Speed and Efficiency | Newswise Newswise

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• Light-induced asymmetric pseudogap below the critical temperature in cuprates Nature
• The roadmap for runaway electron-induced plasma facing component damage in tokamaks Physics World
• Researchers Unleash Record-Breaking X-Ray Flashes in Just 300 Attoseconds SciTechDaily
• World-record intensity in attosecond hard-X-ray pulses could unlock closer study of electrons in atoms and molecules Phys.org
• Experimental demonstration of attosecond hard X-ray pulses Nature

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• Evidence for spin-fluctuation-mediated superconductivity in electron-doped cuprates Nature

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• Quantitative relationship between coupled structural dynamics and collective order in the original Vicsek model Nature
• Resolved-sideband micromotion sensing in trapped Nature

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• New findings on cosmic materials from Earth's core finway.com.ua
• Earth's core may be leaking hydrogen & helium since planet formed: Study | 'Earth's core constantly exchanging materials' | Inshorts Inshorts
• Scientists Find Evidence That Earth's Core Is Still Leaking Hydrogen, Helium and Tungsten NDTV
• Earth's Core Is Leaking All Sorts of Materials That Have Been Trapped Since Our Planet's Birth ScienceAlert
• Earth's core may have been leaking hydrogen for billions of years Phys.org