Latest Articles for Information Theory

Examining the role of qubits in advancing quantum technology.

Introducing an innovative estimator for analyzing variable relationships efficiently.

A look at strong and weak depth in sequences and their implications.

A look into fractal trees, their length functions, and complexity.

Examining how quantum chains behave and influence each other during phase transitions.

Exploring how black holes might retain and recover lost information.

Examining how complexity relates to cosmological singularities using holographic theories.

Exploring how agents prevent synchronization in complex systems like the brain.

Study shows how information spreads among active particles in changing environments.

New coding schemes enhance communication reliability over noisy channels.

Investigating Brody curves and their relation to geometry, dynamics, and information theory.

An overview of key concepts in many-particle physics and their applications.

A look at entanglement's impact on black holes and quantum mechanics.

Explores the dynamics of information sharing between parties in decision-making contexts.

Exploring how graphs can refine our understanding of modal logic and uncertainty.

An overview of Renyi entropies and their relation to black holes and quantum states.

Using games to represent complex quantum computations and information flow.

A look at how information theory shapes learning in quantum technologies.

Researchers analyze the effects of quench and Floquet driving in quantum systems.

Exploring a new method to understand emergence in language models.

This article examines the role of the Pettis integral in economic models.

Understanding black hole radiation through the moving mirror model reveals complex interactions.

This article investigates quantum state similarities using circuits and their chaotic behavior.

This article highlights the difficulties in circuit extraction and diagram comparison in ZH calculus.

Explore how information theory enhances our knowledge of materials behavior.

Exploring the balance between coherence and distinguishability in quantum systems.

This model reveals how quantum systems behave under chaotic conditions.

Learn about locally correctable codes and their impact on error correction.

This article explores effective strategies for selecting and transmitting useful data.

Simplifying quantum state measurement with cyclic tight techniques for improved accuracy.

Examining the role of symmetry in quantum entanglement and its implications.

Examining quantum algorithms for matrix geometric means in machine learning and quantum information.

This paper proposes new methods to evaluate information fragmentation in machine learning.

Insights into fixed points and their role in quantum mechanics.

This article examines the impact of local measurements on quantum state distinguishability.

A new approach to understanding graph similarity using mutual information.

Examining model checking methods for assessing quantum systems and their behaviors.

A deep dive into how information flows in quantum and classical dynamics.

An overview of error correction in quantum computing and its significance.

Research on quantization techniques for efficient data transmission in noisy channels.