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Condensed Matter Physics

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Nature Study Identifies Surface Topological Superconductivity in PtBi2 With Six-Fold Pairing and Edge Majoranas

Researchers report an intrinsic surface superconductor in PtBi2 with a six-fold pairing pattern that yields edge Majorana modes.

MIT Reveals Nodal Superconducting Gap in Magic-Angle Graphene With New Probe

Microsecond X-Rays Reveal Ice XXI, a New High-Pressure Form of Ice

Quantinuum’s 98‑Ion Helios Pushes Quantum Simulation and Error Correction Forward

Stanford-Led Team Unlocks Five-Electron Iron Redox for Higher-Voltage Lithium-Ion Cathodes

Germanium Made Superconducting, Enabling Wafer-Scale Quantum Circuits

Scientists Identify Ice XXI, a Metastable High-Density Phase of Water

Water’s ‘Premelting’ Phase Directly Observed in Nanopores

UNSW Team Entangles Nuclear Spins 20 Nanometers Apart in Silicon

Dipole Interactions, Not Melting, Explain Why Ice Is Slippery

Simulations Pin Ice’s Slipperiness on Dipoles, Not Pressure or Friction

University of Tsukuba Converts Mechanical Pencil Lead Tip Into Stable Low-Field Electron Emitter

Korea–Japan Team Reports 'Breathing' Oxide That Reversibly Cycles Oxygen at 400 °C

Active Flat Bands Confirmed in Kagome Superconductor CsCr3Sb5

King’s College London Unveils Rapid Low-Cost Fingerprinting Technique for Graphene Oxide Quality Control

Quantum Kelvin–Helmholtz Instability Observed with Eccentric Fractional Skyrmions

Single Neglecton Unlocks Universal Braiding-Based Quantum Computing

Electron Ptychography Captures Atomic Thermal Vibrations in Twisted 2D Materials

Gold Superheated to 14 Times Its Melting Point, Overturning Entropy Catastrophe Limit

Interpretable AI and Monte Carlo Simulations Confirm Hidden Low-Temperature Phase in Quantum Spin Liquid