Latest Articles for Physics

Exploring how gravity could influence quantum entanglement between particles.

Explore the fascinating properties of the breathing kagome lattice in materials science.

Discover how Renyi entropy and machine learning are transforming quantum physics.

Discover the mysteries behind particle decay rates and resonances.

Discover the complex world of Yang-Mills theory and its significance in physics.

Discover the strange behavior of particles in anomalous diffusion.

Explore the unique properties of the Moyal sphere in noncommutative geometry.

Discover how trilayered materials respond to changing magnetic fields.

Discover how magnetic disks create patterns and influence sound waves.

Heavy axion-like particles may hold keys to dark matter and cosmic forces.

A look into the fascinating world of mathematical braidings.

Discover how topological defects bridge math and physics.

Researchers make simulating open quantum systems easier and more efficient.

Unravel complex math concepts with Stiefel-Whitney classes and symplectic groups.

Physicists are using surfaces to rethink particle collisions and gain new insights.

Discover how light interacts in innovative waveguides to create unique solitons.

Explore symmetry's role in algebras and its impact on understanding complex problems.

A fresh perspective on gravity suggests it may arise from wave-like behaviors.

Explore how the Curci-Ferrari gauge simplifies the study of particle interactions.

Discover how altermagnetism could transform data storage technology.

Unraveling the mysteries of weak nuclear decays and axion dark matter.

Discover the intriguing properties of magnetite and its significance in science.

Discover how particles move and rank in chaotic systems.

Dive into the fascinating world of neutron stars and their cosmic secrets.

Discover how solitary waves behave in various physical systems.

Explore how spins interact in statistical mechanics and their implications.

Exploring the link between spiraling branes and integrable systems in physics.

Exploring four-dimensional shapes and the role of Weyl tensors in geometry.

Discover the fascinating world of topological phases and their impact on technology.

Explore the intriguing interactions of quantum spins and their implications.

Scientists use collective variables and machine learning to study particle dynamics.

A fresh activation function enhances neural networks for solving complex physical problems.