Latest Articles for Information Theory

Quantum information engines optimize energy extraction through collective qubit interactions.

A look into how quantum mechanics transforms information processing.

Learn how rateless codes improve communication in uncertain channels.

Explore the intriguing connection between black holes and information.

System Information Decomposition offers deeper insights into variable interactions.

A look into the Uhlmann Transformation Problem and its significance in quantum information.

A new method uses quantum neural networks to estimate quantum mutual information efficiently.

A look at how announcements shape knowledge among agents.

Research explores patterns in complex datasets using statistical physics techniques.

Examining the relationship between NLQC and cryptographic techniques for secure information sharing.

Analyzing capacity regions for improved quantum communication.

Examining how information sharing affects decision-making in multi-agent systems.

A look at how the SOS technique simplifies complex optimization tasks.

Explore K-complexity's role in understanding quantum operator evolution and information dynamics.

Exploring the effects of magnetic fields on quantum dots with different boundary conditions.

Exploring the significance and applications of quantum error correction codes.

This article examines the challenges of transmitting classical information via quantum channels.

Exploring how biological systems process information through Bayesian inference.

This study examines the evaporation process of black holes and its impact on information.

Exploring superselection rules and their impact on quantum error correction methods.

Examining the Clifford group and its role in quantum symmetries and operations.

Scientists examine how wedge holography and Yang-Baxter deformation shed light on black holes.

Learn how to design effective contracts when one party has more information.

Examining how changes impact information in quantum systems after global quenches.

An accessible overview of quantum Cayley graphs and their significance.

Examining how specific functions can perfectly reconstruct random variables.

A look at quantization methods and their applications using the Cantor distribution.

Discover how non-local correlations influence communication and cryptography.

Exploring the significance of randomness in quantum computing through Brownian circuits.

An overview of ER bridges and the EPR paradox in quantum physics.

A look at how quantum processes influence classical behaviors.

A new method for studying complex systems using machine learning to identify key variations.

Examining how black holes interact with information and its implications.

Exploring braneworlds and their implications on gravity and cosmology.

Examining how observation time affects decision-making and information processing.

Explore the impact of uncertainty in quantum fields and its practical applications.

Exploring how to arrange quantum states for better information extraction.

Study reveals phase transitions and fast scrambling in measurement-only quantum circuits.

A basic look at Haar measure and its role in quantum systems.

Evaluating the efficiency of indefinite causal order in quantum computing.