Latest Articles for Quantum Mechanics

Discover how interacting vacuum models help explain dark matter and dark energy.

Exploring the link between extra dimensions and fundamental physics questions.

Recent studies reveal unusual behavior in neutrinos from cosmic events.

Scientists study quantum liquid droplets to reveal their behavior in varying conditions.

Using singular value decomposition to improve energy level analysis.

Exploring how chirality influences electron behavior in chemical systems.

A look into the nature of light and its implications in science.

Examining how magnetic fields affect baryon behavior and properties.

Analyzing coherent and readout errors in quantum error correction via surface codes.

This article explores the study of open quantum systems and their interactions.

An overview of topological phases in SSH and eSSH models.

This article examines fractional revival and its implications on state transfer in graphs.

A look into the complex changes in nuclear structure through quantum phase transitions.

A new method enhances control of quantum systems, improving reliability and efficiency.

Study of three identical particles reveals key interactions in nuclear and particle physics.

This article discusses perfect matchings in lattices, their types, and applications.

Discover how the shape of a Möbius strip affects electron behavior.

Investigating how magnetic domains evolve in a ferromagnetic condensate under rapid changes.

Examining links between oceanic waves and quantum phenomena.

Learn about dilatonic black holes and their unique properties in modern physics.

A new method sheds light on complex quantum states and their unique properties.

Discover how quantum sensors enhance measurement precision in various fields.

Exploring the impact of vibrational polaritons on energy transfer and chemical reactions.

Study shows quantum entanglement can persist even at elevated temperatures.

A study on how noise affects quantum states using discrete Wigner functions.

Scientists develop a new approach to trap dysprosium atoms using magneto-optical techniques.

Exploring how high-energy collisions reveal the structure of protons and gluons.

A look into edge states and their role in non-hermitian systems.

Exploring the connection between quantum mechanics and gravity through black holes and gravitons.

A look at gauge theories and their connection to quantum anomalies through Atiyah Lie algebroids.

Analyzing quantum states influenced by random potentials reveals significant insights.

A look into how radiation fields are studied during particle scattering.

Researchers study the interaction between the Higgs boson and the top quark.

Investigating the complex behavior of neutrinos in dense environments.

This article examines how vortex rings contribute to the study of quantum turbulence.

Study reveals insights on charge density waves and Mott transition behavior in 1-TaSe.

Recent progress in simulating quantum states enhances applications in materials and chemistry.

A new perspective on the Strong CP problem through the mirror world concept.

Learn how gravitational waves help uncover the mysteries of the universe.

Investigating heavy ion collisions reveals insights into exotic hadrons and fundamental forces.