Latest Articles for Entropy

This method improves clustering accuracy, especially when groups vary in size.

A look into the stability and applications of logarithmic Sobolev inequalities.

Examining the limits of Liouville's theorem in classical and quantum systems.

A look at how entropy measures disorder and complexity in various systems.

Improving the quality of random bits for secure applications.

A look into how brain activity reflects disorder and organization.

Research reveals connections between particle physics, Rindler horizons, and thermodynamics.

Exploring new methods to improve learning from limited data.

New theories reshape our view of black holes and gravity at quantum levels.

Learn how DCKD improves model efficiency through innovative knowledge sharing.

Explores how cells switch between growth and dormancy based on environmental conditions.

Scientists examine how spin affects fluid behavior in extreme environments.

E. coli faces challenges in DNA organization during fast replication cycles.

Exploring the conditions for the Mpemba effect in quantum systems.

Explore how constraints affect diffusion in classical and quantum systems.

Exploring how age affects dark energy and the universe's expansion.

A look into the strange behavior of quantum systems and autonomous machines.

An overview of polymer networks and their unique behaviors.

Examining how frustration affects magnetic properties in decorated triangular lattices.

An overview of black holes, their properties, and thermodynamics.

Examining the strange relationship between black holes and thermodynamic laws.

A study on how specialty rods respond to forces and deformation over time.

Exploring how thermodynamics governs the behavior of celestial bodies.

This article examines the role of uncertainty in quantum versus classical physics.

Examining the significance and applications of logarithmic Sobolev inequalities in mathematics.

This work enhances language model text generation through advanced sampling calibration techniques.

Examining the unique thermodynamic properties of black holes and cosmological spaces.

Analyzing energy transfer in quantum systems with strong system-bath interactions.

Understanding speed limits and energy loss in state changes is key for technology.

Examining how black holes limit computational abilities in quantum systems.

Examining the link between replica wormholes and the black hole information paradox.

Research shows promise in magnetocaloric materials for eco-friendly refrigeration.

This study examines shifts in symbolic dynamics on locally finite groups.

Examining black holes through Tsallis entropy offers new insights into their mysteries.

Examining effective data encoding in noisy optical quantum channels.

Exploring particle behavior and optimization in complex systems.

Exploring the evolving field of quantum information and its practical uses.

A method to improve entropy estimates in high-dimensional data analysis.

A new method enhances land cover classification using semi-supervised learning techniques.

Examining partons and their role in high-energy hadron collisions and entropy.