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• Penn Engineering Shows Skyrmions Could Boost Quantum Network Reliability Quantum Zeitgeist

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• UTe₂ reveals two flavors of superconductivity under extreme pressure Phys.org

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• Two flavors of superconductivity: Material has right ingredients for a twist Cornell Chronicle

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• Quantum skyrmions outlast entanglement, hinting at more resilient networks Phys.org

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• Unusual quantum states in six-layer graphene offer clues to superconductivity Phys.org
• Proposed Theory Unlocks the Complex Internal Real-Space Textures of Polarons AZoM

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• Electrostatic Buffering Activates Electronic Function of Organic Sublattices in Hybrid Perovskites Chinese Academy of Sciences (CAS)

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• Researchers Find Dual Polarization in 2D Ferroelectric Material Mirage News

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• Terahertz light distinguishes two groups of particles trapped inside superconducting vortices Phys.org
• 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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• Invisible light cracks 60-year-old quantum puzzle in superconductor whirlpools Interesting Engineering

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• Rutgers Physicists Use Light to Study Superconductor Vortices Community News

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• Scientists Film Electrons Shifting In Graphene With Each Light Wave Quantum Zeitgeist
• Rutgers Finds Quantum Two Particle Groups In Superconductor Swirls Quantum Zeitgeist
• Scientists Use Light to Reveal the Hidden Workings of Superconductors Rutgers University

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• Delft Researchers Control The Magnetic Core of a Single Atom The Quantum Insider

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• Scientists use light to reveal the hidden workings of superconductors EurekAlert!
• Invisible Light Technique Offers New Look Inside Complex Superconducting Materials AZoM

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• Time-reversal-symmetry-breaking spin injection from a compensated magnet Nature

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• Subcycle videography of Landau–Zener–Majorana transitions in graphene Nature

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• Circular Dichroism Yields Value for Berry Curvature Optics & Photonics News
• A laser beam could speed up writing data to computer memory by more than 1,000 times NEWS.am TECH

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• Slow-motion electron camera reveals light-driven quantum jumps in graphene Phys.org

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• Against all expectations, researchers control the magnetic core of a single atom Phys.org

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• Scientists Demonstrate Light-Based Method That Could Make Computer Memory Over 1,000 Times Faster www.nationpathindia.com

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• Scientists uncover new way to control magnetism and topology using light in atomically thin materials Phys.org

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• Quantinuum and GE Vernova Collaborate to Advance High-Temperature Superconductivity Research The Quantum Insider

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• A tiny laser beam could make computer memory 1,000 times faster Science Daily

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• Scientists predict a new way to control magnetism and topology using light in atomically thin materials Nanowerk

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• Tiny shifts in iron content tip a potential memory material between competing magnetic states Phys.org

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• Tiny magnetic vortices could help computers work more like your brain Science Daily

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• Tiny magnetic vortices could help computers work more like your brain Science Daily

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• Scientists develop more accurate method to predict Kondo Effect in metals AzerNews

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• Tiny Atomic Defects Reveal a Quantum Secret Hidden Inside an Unusual Metal SciTechDaily

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• Patterns of polar vortices discovered in lead-free superlattices on silicon Phys.org

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• Scientists discover a hidden flaw that challenges 40 years of superconductor science Science Daily
• Tokyo Team Links Fragmentation To Quantum Scars In Spin Chains Quantum Zeitgeist

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• Researchers Find Dephasing Sustains Time Crystals Quantum Zeitgeist

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• A tiny defect in a crystal reveals a big quantum surprise Science Daily

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• Scientists Solve a Quantum Mystery Hidden Inside Crystals SciTechDaily
• A tiny defect in a crystal reveals a big quantum surprise Science Daily

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• 3D propeller molecules create a rare quantum lattice with edge states Interesting Engineering

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• Amino Acid Boosts Quantum Material Past Room Temp Labroots

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• Scientists Just Cracked a Quantum Mystery That's Puzzled Physicists For Decades ScienceAlert
• Supramolecular assembly opens a new route to building quantum materials Phys.org
• A van der Waals photon-ratchet for enhancing spin-defect emission and quantum sensing Nature

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• Amino acid stabilizes material's quantum state above room temperature Phys.org

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• Thermodynamic origin of the phonon Hall effect in a honeycomb antiferromagnet Science | AAAS
• Electronic bound states in the continuum in a two-dimensional metal Science | AAAS
• Building quantum materials using supramolecular technology EurekAlert!
• Quantum interference traps electron waves in metal for first time Phys.org
• Antiferromagnetic memory written by spin-transfer torque R&D World
• Surface-induced vortex core restructuring in a spin-triplet superfluid APS Journals

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• Iron-based Superconductor Shows Long-range Quantum Flow At Its Edges Quantum Zeitgeist
• Independent Research Fund Denmark Funds Bruun’s Quantum Material Quantum Zeitgeist
• Van Der Waals Stack Amplifies Weak Quantum Signals In 2D Materials Quantum Zeitgeist

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• Physical Review B - Accepted Paper: Nonmonotonic evolution of the superconducting transition temperature and robust multigap superconductivity with extended -wave and -wave gaps in Zn-incorporated FeSe APS Journals
• Strong electron correlations and ligand hybridization for altermagnetism APS Journals
• Two-dimensional weak localization in trilayer Ruddlesden-Popper nickelates APS Journals

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• Topologically protected surface altermagnetism on antiferromagnets APS Journals

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• Evidence of optical Aharonov-Bohm interference in spin-polarized moiré excitonic complexes Nature

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• Compositional and Structural Diversity in Cesium Superhydrides at High Pressure Wiley Online Library

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• Magnet's Conductivity Hints At Unusual Quantum State Quantum Zeitgeist

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• UCLA-led study finds amino acid extends quantum properties above room temperature EurekAlert!

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• Electric toroidal octupolar symmetry in pyrite FeS APS Journals

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• Intra-atomic magnetic octupoles and their coupling to cluster magnetic octupoles in chiral antiferromagnetic Mn APS Journals

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• Quantum Annealers Show Full Magnetic Reversal In Antiferromagnets Quantum Zeitgeist
• Octupole-driven spin torque switching of antiferromagnetic tunnel junctions Nature

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• Ultrafast light can control ferromagnetism without relying on heating Phys.org
• Near itinerancy and slow singlet formation in the triangular lattice NaRuO APS Journals
• Raman optical activity and helicity-dependent phonon splitting in chiral CoSi APS Journals

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• Anharmonic lattice dynamics and superconductivity in strained bulk and surface niobium APS Journals
• Theoretical investigation of switching molecular Kondo effect via atomic-scale hydrogen control APS Journals

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• model: Interplay of lattice geometry and next-nearest-neighbor hopping APS Journals

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• New Evidence Links Electron Spin Fluctuations to High-Temperature Superconducting States AZoM

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• 'Smoking gun' may help solve mystery of high-temperature superconductivity Phys.org

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• A hidden rivalry between two quantum states at the heart of superconductors Phys.org

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• Spin filtering by electron reflection from surfaces of collinear compensated magnets APS Journals
• Fermi-surface-driven linear magnetoresistance in the kagome magnet TbMn APS Journals
• Thomas-Fermi screening of electrostatic fields in a type-I superconductor APS Journals

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• Quantum Leap For Data Storage As Toronto Team Spots ‘octupolar’ Magnetism Quantum Zeitgeist
• Quantum Effects Boost Superconductivity Via Empty Space, Scientists Find Quantum Zeitgeist

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• Experiment Reveals Quantum Tug-of-War Limiting Higher-Temperature Superconductivity Simons Foundation
• Bristol Researchers Find Clue to Superconductivity Mystery Mirage News

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• Researchers discover ‘smoking gun’ to help solve mystery of high-temperature superconductivity EurekAlert!

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• Optical conductivity signatures of strong correlations and multiband superconductivity in infinite-layer nickelates APS Journals
• Excitonic complexes in semiconducting single-walled carbon nanotubes APS Journals
• Physical Review B - Accepted Paper: Generalized approach to relaxation time of magnetic nanoparticles with interactions: From superparamagnetic to glassy-like freezing APS Journals
• Space group symmetry of chiral Fe-deficient van der Waals magnet Fe APS Journals
• Orbital-to-spin conversion in Pt and W: Sign reversal and crystal-phase dependence APS Journals
• Pressure-tuned competing electronic states in layered tellurides APS Journals
• Pseudogauge field-driven magnon thermal Hall effect in two-dimensional compensated ferrimagnets APS Journals
• Linear isotope effect on the superconducting critical temperature in chalcogen superhydrides APS Journals
• Experiment reveals quantum tug-of-war limiting higher-temperature superconductivity EurekAlert!

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• Visualizing Quasiparticle Interactions in Quantum Solids Through X-Ray Spectroscopy AZoQuantum

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• Researchers Find Clue to High-Temperature Superconductivity Mystery Mirage News

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• Electronic opacity in double bilayer graphene junctions Nature
• Light-induced asymmetric pseudogap below the critical temperature in cuprates Nature
• Quantum Tug-of-war Limits High-temperature Superconductivity Quantum Zeitgeist
• Quantum Simulations Find Peak Superconductivity Isn't At Expected Point Quantum Zeitgeist
• New High-Frequency Method Boosts 2D Material Readout for Next-Gen Quantum Computers Asia Research News |

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• Researchers discover ‘smoking gun’ to help solve mystery of high-temperature superconductivity | Newswise Newswise

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• New Light on One of Modern Physics' Greatest Mysteries Mirage News
• Evidence for spin-fluctuation-mediated superconductivity in electron-doped cuprates Nature
• Quantum Tug-of-War Limits High-Temperature Superconductivity Mirage News

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• University of Vienna Team Reconstructs Internal Magnetism From External Field AZoM
• Photonic Grating Chip Reduces Strontium Frequency Uncertainty Over Fifty Times AZoM

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• Scientists reach the ultimate quantum limit on a surface Science Daily
• Uncooled low-noise optomechanical sensors on thin-film lithium niobate Nature

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• Strong field spectroscopy of many-body interactions in solids Nature

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• Scientists reach the ultimate quantum limit on a surface Science Daily

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• Magnetic anisotropy in the near-stoichiometric van der Waals ferromagnet Fe APS Journals
• Heat conduction and energy relaxation in an InAs nanowire approaching the clean one-dimensional limit APS Journals
• Optical manipulation of the magnetic phase in bilayer CrI APS Journals
• Magneto-oscillations, nonlinearity, and nonreciprocity of Coulomb drag in quantum circuits APS Journals
• Depth-resolved magnetization dynamics in Fe thin films after ultrafast laser excitation APS Journals

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• X-rays reveal unexpectedly long-lived spin waves in magnetic materials Nanowerk
• Third-order intrinsic anomalous Hall effect in altermagnets APS Journals
• Quantum Electron-doped Cuprates Link Heat To 10% Resistance Quantum Zeitgeist
• Pervasive electronic nematicity across the doping-tuned phase diagram of Kagome superconductors Nature
• Surprisingly high redundancy in electronic structure data across materials explained by low intrinsic dimensionality Nature
• Superradiant charge density waves in a driven hybrid cavity-matter system Nature
• Electron-phonon decoupling in the quantum Hall regime APS Journals
• IIT Bombay scientists fix quantum insufficiency | Tap to know more | Inshorts Inshorts
• Normally forbidden emissions from graphene could expose quantum fluctuations in incoming light Phys.org
• X-rays reveal surprisingly long-lived spin waves in copper oxide Phys.org