Latest Articles for Information Theory

Examining recent improvements in communication protocols and their combinatorial implications.

This study presents improved methods for estimating Tsallis entropy across independent exponential populations.

An overview of key quantum concepts and their significance in technology.

Study highlights correlations and dynamics in many-body quantum systems.

This study examines decision problems in quantum graphs, connecting classical and quantum complexity.

An overview of weighing matrices and their role in quantum error correction.

Exploring how memory impacts data transformation in classical and quantum agents.

A look into how quantum mechanics improves information transmission.

New methods using qudits enhance measurement precision without complex entanglement.

A new method enhances blind deconvolution in graph signals despite imperfect information.

A new method simplifies calculating quantum rate-distortion functions for improved efficiency.

Understanding how to build more reliable machine learning systems against adversarial threats.

A look into tree structures and their effective compression methods.

New framework tackles learning quantum states without i.i.d. restrictions.

This article explores complex causal frameworks combining classical and quantum theories.

A method to optimize tasks with uncertainty using fuzzy relational equations.

An overview of quantum information and its relation to gravity theories.

Research reveals how entanglement islands may recover information from black holes.

Exploring how noise affects entanglement and information in quantum systems.

Study of how agents reach agreement with limited communication.

Exploring how information theory sheds light on quantum systems under confinement.

Investigating how physics helps understand genetic networks in living organisms.

Exploring multi-entropy's role in entanglement and quantum information.

Techniques to reduce errors and maintain quantum information integrity.

A look at how hypergraphs improve our understanding of information flow in social networks.

This article examines how quantum switches help improve Grover's search algorithm's performance against noise.

Discover the significance of unitary property testing in quantum algorithms.

Exploring decisions and measurements in bipartite networks and their impact on interactions.

Exploring the complexities of the P vs. NP problem in computer science.

New methods improve long-distance quantum communication using atomic ensembles.

A look at how entropy affects quantum systems and their interactions.

A look at how quantum systems shaped the early universe.

Learn about measuring multiple qubits and their implications in quantum systems.

This study examines how specific structures affect the behavior of complex systems.

Examining how parts interact to create new outcomes in complex systems.

This article examines how differences impact group opinion formation.

Research explores the impact of noise on quantum communication and its implications.

Understanding quantum nonlocality and its implications for secure communication and information processing.

This study examines how impurities move and interact in complex environments.

Examining how agents coordinate without direct communication in decentralized systems.