Latest Articles for Particle Dynamics

An analysis of two-body losses in particle interactions and their implications.

A study of particle behaviors, interactions, and stability conditions.

Exploring McMillan mappings helps understand particle behavior in accelerators.

Analyzing the behavior of particles in a shifting cone structure.

New methods enhance study of quantum particles in non-equilibrium systems.

This article discusses forming crystal structures using tetravalent patchy particles.

Hotter quantum systems can freeze faster than cooler ones under specific conditions.

Research reveals how tumbling enhances the movement of chiral particles in liquids.

This article examines how extra dimensions affect particle behavior on branes.

A study on vortex configurations and particle dynamics in the Abelian Higgs model.

Exploring how charged spinning particles interact with electromagnetic fields.

Research reveals new details about high-speed jets from supermassive black holes.

A detailed look at Klein space and its implications for particle physics.

This article examines how particles escape through holes in billiard systems.

A look into how particles behave in chaotic environments using nontwist mappings.

An overview of how active particles respond in harmonic traps under various conditions.

Examining how counting particles affects quantum system behavior and entanglement.

Explore how thermostats influence particle movement on surfaces in mathematics and physics.

Exploring the role of the Exact Renormalization Group in quantum systems.

Study reveals how active colloids mimic glassy materials under certain conditions.

Study of particle interaction in a plasma system with two distinct surfaces.

This article explores how particles behave in quantum systems that are not balanced.

Research on ion waves enhances understanding of solar wind temperature dynamics.

A study of particle behavior through partition functions in various conditions.

A look into five-dimensional theories and their geometrical properties in physics.

This article examines how noise affects charged particle counting in various systems.

A novel approach to efficient particle collision simulations using machine learning techniques.

Researchers develop methods to simulate particle movement and interactions accurately.

Investigating boson behavior in a double-well potential reveals insights into classical and quantum physics.

Examining how charge carriers reveal properties of quantum spin liquids.

Explore the significance of gauge theories in understanding fundamental forces and particles.

Exploring how Bohmian mechanics reveals particle and light behavior through phase.

Research reveals collective behavior in smaller particle collisions, challenging traditional views.

This article examines charged particles in electromagnetic fields using KGM equations.

This study reveals how container shapes influence particle movement and distribution.

Analyzing how tiny moving particles change phases and interact under various conditions.

A look into how light bodies behave near heavy masses under gravity.

Examining the behavior of physical systems without Lorentz symmetry across energy levels.

Discover how the vacuum plays a crucial role in physics.

Investigating how random particle movements relate to phase changes in different systems.