Latest Articles for Condensed Matter

Exploring how unique materials respond to light and their superconducting properties.

New insights reveal how charge-density waves influence superconductivity in specific materials.

Study reveals quasiparticle behavior in metals at elevated temperatures, challenging past beliefs.

Examining how cuprate superconductors transition from pseudogap to superconducting states.

Research on Quark-Gluon Plasma reveals complex behaviors through kinetic theory and hydrodynamics.

Scientists study unique supersolids combining solid and superfluid properties using dipolar condensates.

A look into the unique properties of layered magnets and their implications.

Research reveals how charge-density waves influence superconductivity in high-temperature materials.

Research reveals complex relationship between superconductivity and charge density waves in materials.

Recent research reveals unique behaviors of glassy materials in different dimensions.

Researchers reveal new phases in quantum Hall systems using moiré TMD bilayers.

This article examines how electron interactions affect Landau diamagnetic susceptibility under various conditions.

Fullerides combine carbon fullerenes and alkali metals, showcasing unique superconducting properties.

Exploring the unique behaviors of ScV Sn kagome metals and their charge density waves.

Study examines transitions and fluctuations in spin glass models for better understanding.

Exploring flatbands and their impact on electron localization and material properties.

A study on how interactions affect phonon spectrum and material properties.

A novel approach to examine strongly correlated electrons and neutrons with simpler tools.

Investigating singlet and triplet pairings among fermions in optical lattices.

Helium-3 exhibits unique heat conduction behaviors at low temperatures, challenging traditional theories.

A fresh approach to understanding energy levels in complex physics systems.

Examining the coexistence of solid and liquid states in two-dimensional electron systems.

Examining how the sine-Gordon model behaves under sudden changes in particle systems.

Research reveals unique patterns formed in driven superfluids under specific conditions.

Research reveals new insights on entropy movement in connected superfluid reservoirs.

Investigating unique gapless phases and symmetries in a coupled spin ladder model.

Researching how disorder affects electron behavior and localized states.

A study of magnetic interactions through the Heisenberg-Gamma ladder model reveals diverse magnetic phases.

Discover the unique electronic properties of Dirac semimetals and their fascinating transitions.

Research reveals unique properties and phase transitions in SrAl and BaAl materials.

Research reveals how flat band materials could lead to higher temperature superconductors.

This study explores superconductivity in a Dirac semimetal through temperature and magnetic field effects.

NMR shifts reveal complex behaviors in cuprates and their electronic properties.

Investigating unique quantum states and composite fermions in quantum spin ice.

Research explores how doping influences the structure and behavior of 1T-TaS Se.

This article examines the intriguing properties of helimagnets and their magnetic phases.

Investigating how antimony alters the properties of kagome metal FeGe.

Recent studies reveal the behavior of spin-1 BECs with spin-orbit and Rabi couplings.

A look into how impurities affect topological states in materials.

Research reveals complex electron behaviors in heavy fermion materials with multiple bands.