Latest Articles for Information Theory

A journey through the universe's quantum quirks and cosmic interactions.

Learn how knowledge distillation enhances machine learning model performance.

A look into identifying quantum states effectively and efficiently.

A look into random quantum circuits and their role in quantum computing.

A look into random graphs and their significant role in science.

Exploring time crystals and their unique properties in quantum systems.

Learn how XOR lemma improves communication between two parties.

A look into identifying quantum states and its implications.

Learn how coding theory helps transmit messages reliably over noisy channels.

Trace reconstruction helps recover original data from imperfect copies.

Learn about the challenges of property testing in datasets with adversaries.

Alice and Bob challenge assumptions about communication in solving multiple problems.

This article explores how information behaves in black holes through entanglement asymmetry.

Explore how entropy reflects uncertainty across various fields of study.

Explore how qubits share information through superactivation.

AIDetx helps distinguish between human and AI-written text effectively.

Understanding Renyi entropy helps explore complex quantum systems and their interactions.

A fresh look at understanding complex systems using machine learning techniques.

A look into Rényi entropy and its implications for quantum systems.

Exploring how information spreads in quantum systems influenced by their environment.

Exploring the complexities of distinguishing quantum states and their unique connections.

Examining how quantum channels affect the transfer of information.

A faster method for analyzing data connections boosts research potential.

Exploring how information behaves in twisted realms of quantum mechanics and geometry.

Learn how multiple access channels improve communication in noisy environments.

Discover the interplay between energy and information in modern systems.

Learn how lossless compression is reshaping data storage and processing.

Discover the role of entropy in quantum states and secure communication.

Discover how probabilistic coding is reshaping data interpretation and decision-making.

Exploring methods to reduce quantization noise in signal processing on networks.

Exploring the ties between quantum states and gravity through complexity measures.

A smarter way for machines to learn by focusing on essential data.

Explore how pushforward designs simplify quantum information processing.

Unraveling how fluctuations and responses define the behavior of systems.

Explore how electronic flying qubits and Levitons can reshape quantum computing.

Scientists tackle non-Markovian noise using the Choi channel for better quantum computing.

Learn about entropic probability using coins and boxes in a fun way.

Learn how time-frequency localization enhances communication systems.

Delve into how entropy shapes quantum systems and information flows.

Dive into the fascinating world of entropy and its role in group theory.