Latest Articles for Phase Transitions

A look into Yang-Mills theory and the impact of light fermions.

BaZrS3 shows potential for sustainable energy without lead.

Exploring how temperature influences particle behavior and interactions.

Researchers use the fuzzy sphere method to study complex materials and anyons.

Discover how vacuum bubbles offer insight into our universe.

Learn about proto-neutron stars and their role in the life cycle of massive stars.

Learn about the formation and impact of cosmic bubbles in our universe.

Learn how phase transitions affect everyday materials and our daily lives.

Exploring the behavior of CaSiO3 under extreme conditions.

An engaging look at how thermodynamics and theories shape our universe.

Exploring how phase transitions in particle theory shape our universe.

Discover how neural networks are advancing our understanding of fractional quantum Hall states.

Unraveling the mysteries of Hayward black holes and their interaction with string fluids.

Discover how shear flow reveals the unique behavior of materials under stress.

Dive into the intriguing world of the Schwinger model in quantum physics.

Scientists study mesons to reveal their roles in the universe's fundamental forces.

A simple guide to low-temperature Green's functions and the AdS/CFT connection.

Explore the superconducting dome and unique properties of MoS2.

Discover the intriguing behavior of mixed states and phase transitions in quantum systems.

Explore the Ising model's insights on spin interactions and phase transitions.

Explore the fascinating thermodynamic properties of dyonic black holes.

Discover the intriguing dynamics of light and atoms in quantum physics.

Discover how EuFe(As,P) blends superconductivity and magnetism in unexpected ways.

Discover how particles move and interact in spaces with obstacles.

Discover the dynamics of random graphs and the Karp-Sipser algorithm.

Explore how particle movements reveal fascinating behaviors in crowded spaces.

CeGaGe reveals unique properties that could transform electronic technologies.

Discover how a unique probability distribution reveals particle interactions.

Explore how Yang-Lee zeros connect classical models and quantum dynamics.

Discover how bosons behave in a unique comb lattice structure.

Primordial black holes may hold secrets to dark matter and our universe's origins.

Exploring the symmetries of quarks and their behavior at varying temperatures.

Explore how long-range interactions and defects shape physical systems.

Discover the fascinating thermodynamics of black holes and their cosmic significance.

Scientists investigate bubble behavior in neutron stars to uncover cosmic secrets.

Discover the fascinating world of random matrices and their applications.

Discover primordial black holes and their connection to dark matter.

Discover how primordial black holes could reshape our understanding of dark matter.

Scientists investigate the intriguing behaviors of fundamental forces in particle physics.

New method combines AI with physics for better quantum models.