Latest Articles for Physics

Discover how unique interactions enhance superconductivity in advanced materials.

Explore how different physics models connect in surprising ways.

Researchers aim to create coherent THz light using Bose-Einstein condensation.

Scientists push boundaries to find practical superconductors for everyday use.

Quantum diagonalization streamlines quantum computing, enhancing efficiency and problem-solving capabilities.

Explore the complex behavior of superconductors and their intriguing fluctuations.

Discover the amazing world of high-temperature superconductors and their applications!

Dive into the fascinating world of graphene and its quantum behaviors.

Discover the Mumford form's role in connecting algebra and string theory.

Explore how geometry helps us understand thermodynamics and energy flow.

Learn how tensors shape our understanding of complex data.

Discover how spin influences fluid behavior and its implications across various fields.

Discover how disorder in flat-band materials can enhance electron movement and drive technological advancements.

Discover how varying light speed could reshape our view of the universe.

Explore the fractional nonlinear Schrödinger equation and its significance in math and physics.

Scientists accelerate electrons using innovative fiber technology and gain media.

Scientists study how atoms transfer energy, impacting future technologies like quantum computing.

Explore the intriguing concepts of flat bands and compact localized states in physics.

Discover the fascinating link between magnetism and electric properties in materials.

Explore how materials change states and the factors that influence these transitions.

Discover the rhythms of synchronization in complex networks.

Discover how Bose-Einstein condensates reveal particle creation in an expanding universe.

Explore how Density Functional Theory helps scientists study atomic interactions.

Scientists use Micromegas to detect elusive dark matter particles.

Scientists tackle the strong CP problem with the Nelson-Barr model and axions.

Discover how potential vector fields shape our understanding of the physical world.

Explore the FSY lattice and its applications in various systems.

Exploring axions and their role in the dark matter mystery.

Discover how integer partitions work and their significance in mathematics.

A look into spin polarization and its significance in particle physics.

Using neural networks to clarify tiny magnetic patterns reveals material secrets.

Scientists explore complex interactions between lasers and electrons, revealing intriguing patterns.

Exploring improved techniques for modeling nonconservative systems in various fields.

Scientists are using light and nanofibers to trap atoms for research.

Uncover the mysteries of particle physics and the tiny building blocks of matter.

Discover how nucleation shapes materials and impacts science.

Scientists debate the conflicting measurements of the universe's expansion rate.

Investigating the complex interactions between light and electrons in advanced systems.

Researchers use light to create superconductivity in Mott insulators.

Melted antimony reveals intriguing atomic structures that impact technology.