Latest Articles for Condensed Matter

Research explores superfluid helium's unique phase transitions under controlled conditions.

Investigating the unique behaviors of ultracold bosons and their interaction with light.

Exploring the significance of chiral magnetic waves in Weyl semimetals.

Study of vortex emergence in ultracold atomic gases.

Researchers develop robust parameters for studying topological order in mixed states of fermion matter.

Studying edge singularities and their implications in fermionic interactions.

An overview of solitons and vortices in discrete and semi-discrete physical systems.

Recent studies reveal surprising transitions in cuprate materials from superconductors to metals.

Examining the relationship between superconductivity and topological phases in materials.

Research unveils deeper understanding of electron behavior in materials.

Exploring how optical activity impacts materials like superconductors and noncentrosymmetric metals.

Exploring the effects of magnetic fields on spin-1 Bose-Einstein condensates.

Study of how materials change phases under external magnetic fields.

Research sheds light on how active forces impact crystal and glass dynamics.

This study examines quantum droplets and their unique behaviors in two-dimensional traps.

Study on how particle interactions change under varying conditions.

Study of high-temperature behaviors and transitions in materials.

Research reveals complex interactions of bosons in optical lattices.

Researchers reveal key thermal conductivity features of UTe and its superconducting gap.

Researchers observe unique behavior in two-component superfluid systems.

Research reveals how imperfections affect the behavior of dipolar Bose gases.

Examining how fermions behave under magnetic influences and transitions between phases.

A study on phase dynamics in parallel 1D Bose gases during time-of-flight measurements.

A look into the shift between chaotic and integrable quantum systems.

Discover the unique properties and dynamics of polariton condensates in modern physics.

Exploring the effects of magnetization on Weyl semimetals and their electronic properties.

This study examines how disorder affects the behavior of type II superconductors in magnetic fields.

This study explores how symmetries influence many-body systems of fermions.

Graphene's unique electronic states offer new insights into material science and electronics.

Research delves into superfluid properties of erbium atoms in a 2D setting.

Recent research sheds light on vortices in supersolids and their unique properties.

Examining how chaotic electron paths affect metal conductivity under magnetic fields.

Scientists study anyon behavior using a graphene-based interferometer.

Exploring the significance of spin and loop models in understanding physical systems.

This article explores the latest developments in superconductivity research and mixed pairing states.

Research on vortex strings reveals insights into symmetry breaking and their influence on physical states.

Research highlights unique magnetic behaviors in CoTiO under varying conditions.

This study links quantum states to stable local Hamiltonians using entanglement principles.

Examining the effects of non-extensive Tsallis statistics on quark-hadron phase transitions.

A look into the BKT transition and its significance in superconductivity.