Latest Articles for Cryptography

The RPU offers improved speed for advanced data protection methods.

Weak entanglement enhances quantum communication, offering secure options for data sharing.

A look into quantum states, density matrices, and their real-world applications.

Explore the world of continued fractions and their applications in mathematics.

Researchers explore the connection between prime numbers and quantum entanglement.

New approaches in QKD enhance secure communication between parties.

An insight into L-functions and their twists in number theory.

This article explains the computation of supersingular isogeny graphs and their significance.

Exploring the role of Edwards curves in enhancing cryptographic security and efficiency.

Exploring the importance of error correction in cryptography for data security.

A new technique ensures data privacy in collaborative machine learning.

Examining bent functions and their role in secure encryption systems.

Learn about the fundamentals and applications of code-based cryptography.

Exploring how quantum entanglement influences computation and algorithm efficiency.

A look into the challenges and advancements in Quantum Key Distribution.

Improving the quality of random bits for secure applications.

Research reveals weaknesses in RSA encryption through shared bits in moduli.

A look at methods to multiply polynomials quickly, focusing on FFT.

This article discusses secure multiparty quantum computation, focusing on GCD and PSI.

A deep dive into elliptic curves and their significance in mathematics.

Explore how entanglement shapes quantum information systems and their applications.

A new method enhances secure communication using quantum principles.

A fresh method tackles complex polynomial equations in cryptography.

Exploring pseudorandom structures and their implications in logical frameworks and complexity.

Explore the benefits of Quantum Line Networks for secure key exchange.

Research advances group-based digital signatures for secure communication against quantum attacks.

A look into quantum phase estimation and its significance in computing.

Learn about the latest improvements in Quantum Key Distribution technology.

Exploring quantum computing solutions for cryptography's toughest challenges.

An overview of how pseudorandomness shapes algorithms and cryptography.

McEliece cryptosystem offers potential against emerging cybersecurity threats like quantum computing.

A look into the structure and applications of Fermat curves in mathematics.

Innovative methods for secure data deletion build trust and compliance.

A look at the significance of elliptic curves in mathematics and cryptography.

A new attack on RSA uses continued fractions and hyperbolas, raising concerns for cryptographic security.

Learn how nonces protect secure communications in computer security.

A look into symmetric functions and their sampling using circuits.

This study presents a new approach to solving the hidden subgroup problem using quantum algorithms.

Explore universal words, their properties, and their applications in various fields.

Alice and Bob work to securely share a secret key despite eavesdropping risks.