Science ❯ Physics

Condensed Matter Physics

Superconductivity Quantum Mechanics Magnetism Spintronics Materials Science Electronic Properties Phase Transitions Topological Phases Graphene Quantum Materials

42 ARTICLES

4w ago

Topological STM Tip Images Two‑Dimensional d‑Wave Altermagnetism

A bias‑tunable microscope tip made from α‑Bi4Br4 delivers atom‑scale spin sensitivity that could let researchers directly test and engineer subtle magnetic and topological orders.

3 ARTICLES

2mo ago

Laboratory Evidence Suggests Iron Hydride Enters Superionic State

3 ARTICLES

5mo ago

Twistronics Founders Awarded 2026 Kavli Prize in Nanoscience

4 ARTICLES

6mo ago

Nickelate Superconductors Advance With 63 K Films at Ambient Pressure and 96 K Under Pressure

4 ARTICLES

7mo ago

Rochester Team Demonstrates Squeezed Phonon Laser That Cuts Thermal Noise

3 ARTICLES

7mo ago

IBM Quantum Processor Reproduces Neutron-Scattering Data for Real Magnetic Crystal

6 ARTICLES

8mo ago

Science Study Shows 'Smoking Gun' Topological Signals Can Arise From Trivial Effects

4 ARTICLES

11mo ago

Lab Experiments Point to Layered Inner Core Explaining Seismic Anomalies

5 ARTICLES

11mo ago

X-Ray CT Maps Platinum Crystals Growing Inside Liquid Metal

4 ARTICLES

11mo ago

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

4 ARTICLES

last yr.

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

5 ARTICLES

last yr.

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

8 ARTICLES

last yr.

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

3 ARTICLES

last yr.

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

Condensed Matter Physics

Topological STM Tip Images Two‑Dimensional d‑Wave Altermagnetism

Laboratory Evidence Suggests Iron Hydride Enters Superionic State

Twistronics Founders Awarded 2026 Kavli Prize in Nanoscience

Nickelate Superconductors Advance With 63 K Films at Ambient Pressure and 96 K Under Pressure

Rochester Team Demonstrates Squeezed Phonon Laser That Cuts Thermal Noise

IBM Quantum Processor Reproduces Neutron-Scattering Data for Real Magnetic Crystal

Perovskite Solar Advances Pair 23.15% Mini-Module With 27% Stress-Tested Cells

NTNU Team Reports Triplet-Like Superconductivity Signatures in NbRe at 7 Kelvin

Chiral Phonons Drive 'Orbital Seebeck' Currents in Non-Magnetic Materials

Scientists Identify Emergent Topological Semimetal From Quantum Criticality

Never miss stories about

Condensed Matter Physics

Ultrafast X‑Ray Lasers Pinpoint Hybrid Structure in Superionic Water

XFEL Studies Confirm Mixed Crystal Structures in Superionic Water

Science Study Shows 'Smoking Gun' Topological Signals Can Arise From Trivial Effects

Lab Experiments Point to Layered Inner Core Explaining Seismic Anomalies

X-Ray CT Maps Platinum Crystals Growing Inside Liquid Metal

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

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

Never miss stories about

Condensed Matter Physics