Latest Articles for Steady State

Research on four urns reveals unique non-equilibrium behaviors.

Exploring the dynamic behavior of atoms in quantum systems.

Exploring autocatalytic networks and their role in chemical processes and life.

This article explores spontaneous processes in non-equilibrium systems and their applications.

Exploring the role of spin in high-harmonic generation under laser excitation.

Explore the complex interactions and behaviors of pulse-coupled oscillators.

This study reveals how memory influences Brownian motion in confined spaces.

Exploring how energy moves in systems towards stability.

Study on how active particles behave during run-and-tumble motion.

A fresh measurement method offers a better understanding of memory effects in quantum systems.

This article discusses methods for sensitivity analysis in biological modeling.

This study highlights non-reciprocal couplings and their impact on signal amplification.

Exploring the mechanisms and dynamics of gene expression in living organisms.

An analysis of harmonic chains starting in non-equilibrium states.

This study examines the behavior of interacting particles in driven-dissipative systems.

A look into how frequency response helps study biochemical networks.

Explore the formation and significance of steady states in quantum systems.

Research uses digital quantum computers to study weakly interacting dissipative systems.

This article examines behaviors in multiagent systems and methods to control them.

Research on energy dynamics reveals chaos in quantum atom-photon systems.

Learn how dopants interact in magnetic structures and their surprising behaviors.

New method improves speed and accuracy in gas flow simulations.

This article examines how boundaries affect Markov chain convergence in biochemical systems.

This study investigates control methods for managing reaction-diffusion equations and their patterns.

An overview of the fascinating behaviors in the XXZ spin chain under external influences.

This article discusses the unique one-way quantum cascade phenomenon and its implications.

This study looks at how particle loss affects quantum entanglement.

Scientists study quantum spin liquids for insights into advanced technology.

Research on collective quantum systems shows promise for efficient energy conversion.

Exploring local quantum channels and the significance of Gibbs states.

Using machine learning, simulations of the Earth's mantle can achieve steady states more efficiently.

Study of run and tumble particles reveals complex movement influenced by environment.

Exploring atomic arrays' behavior under low light conditions reveals surprising interactions.

A look at how the Swift-Hohenberg equation reveals patterns in nature.

Researchers improve the RCMC method for faster and more reliable chemical reaction simulations.

Explore how memory influences the behavior of particles in diffusion.

Discover how competing species create intricate patterns in nature.

An overview of spin chains and their fascinating behaviors.

This article discusses how particles affect convection in heated liquids.

Learn about the swirling motion and heat transfer in ring-shaped fluids.