Latest Articles for Quantum Physics

Research investigates quantum collapse models using innovative probing methods.

Researchers use quantum computing to study phase transitions in the Schwinger model.

A new approach to tackle even terms in particle interactions.

Investigating the complex behavior of bosons and fermions in mixtures.

Investigating critical points in QCD under extreme conditions using high-precision numerical methods.

Exploring the links between black hole thermodynamics and quantum theories.

Researchers improve quantum state transfer efficiency using a novel feedforward cancellation technique.

This article explores the significance of random matrices in understanding quantum systems.

New methods simplify the simulation of open quantum systems in quantum physics.

Learn about the fascinating behavior of quantum wells in electronics and energy devices.

Investigating unique behaviors in superconductors through fractional Shapiro steps.

A look into the unique properties of fractional quantum Hall junctions and their implications.

Learn how weak-value amplification improves detection of tiny changes in physical systems.

Research reveals unique properties of quantum spin liquids in SrCuTaO3 material.

An overview of the formation and features of black holes.

Researchers reveal geometric features of multipartite entanglement in two-dimensional quantum systems.

This article examines the chaotic behavior in Liouville theory and its implications for quantum gravity.

New methods show quantum coherence without changing measurement settings.

An overview of black hole thermodynamics and their connection to dark energy.

Research reveals how specific points affect electricity flow in quantum materials.

Researchers use light to manipulate ultracold atoms for advanced material simulations.

Exploring the behavior of composite fermions in the fractional quantum Hall effect.

A look into the fascinating characteristics of Ising superconductors, specifically NbSe.

An overview of affine quantum groups and their significance in mathematics.

Research on B-type theories enhances our grasp of quantum physics and string theory.

This study reveals time-symmetric properties in open quantum systems despite environmental influences.

New methods reveal insights into non-classical quantum states using Wigner function moments.

Research reveals new phases of cold atoms with potential applications.

This study examines scalar fields' interaction and their implications for the universe's structure.

A look into how charges behave in high-energy physics through one-point correlators.

Exploring cosmic inflation's role in the universe's rapid expansion post-Big Bang.

Exploring how measurement alters quantum systems and the complexities of their behavior.

A look into how entanglement behaves in long-range interacting quantum systems.

Exploring how particle movements change under constraints and energy influences.

Examining black holes formed in quark-gluon plasma and their early universe implications.

Researchers use Tree Tensor Networks for efficient quantum system simulations.

New insights into light's quantum properties through photonic quadrature lattices.

Exploring the fascinating world of black holes and their unique properties.

Exploring brochantite's unique magnetic properties and their potential applications.

Continuous measurement advances how we estimate quantum system parameters.