Latest Articles for Cryptography

Exploring lattice-based cryptography's potential against quantum computing threats.

A look into the behavior of primes in short intervals.

Exploring how permutation polynomials impact cryptography and coding theory.

Discover how monogamy shapes quantum systems and their applications in technology.

A method for secure and efficient use of LLMs while protecting user privacy.

Exploring information reconciliation in high-dimensional quantum key distribution.

Investigating the link between entanglement and discord using partial transposition.

This paper presents a formal model for secure computations in C language.

Examining the vulnerabilities of DPS QKD against various eavesdropping attacks.

Exploring the relationship between quantum channels and preconditioners in information theory.

This article discusses a new framework for common information in continuous variables.

A straightforward look at elliptic curves and translation surfaces.

Examining commitment over Gaussian unfair noisy channels in cryptography.

This article links Cencov's and Petz's theorems using *-algebras and normal states.

A study on bad witnesses in Galois and Miller-Rabin tests for primality.

A new method for quickly creating orthogonal matrices using finite fields.

Learn how to use number systems for hiding messages.

Exploring how Bell inequalities enhance quantum randomness for secure applications.

A look into the challenges and applications of the minimum generating set problem.

QRNGs use quantum mechanics for true randomness, vital for secure digital communication.

Exploring the integration of TEEs and security coprocessors for better data protection.

Researchers uncover potential of excited states for solving complex problems.

Exploring the significance and properties of Poisson generic numbers in number theory.

Examining the effects of decoherence on graph states in quantum systems.

A look into the importance and methods of quantum state estimation.

Learn how one-hot maps enhance data privacy in AI and ML.

New methods threaten cryptographic security through side-channel attacks using machine learning.

Examining risks and solutions for protecting user data in mini-programs.

This study presents a new way to classify different types of ciphers using machine learning.

An overview of quantum learning and its applications in technology.

Exploring how quantum computing can transform finance and affect blockchain security.

Learn how bridges connect different encryption methods to maintain data security.

Examining the future of encryption with the rise of quantum technology.

Learn how cuckoo hashing enhances data storage and privacy in cryptographic applications.

Examining the significance of counting computations in complexity and cryptography.

This article examines client-side scanning and its implications for privacy and security.

Machine learning techniques are reshaping cryptographic approaches to Learning With Errors.

Hash functions are vital for security, yet collisions pose significant challenges.

Explore how quantum pseudorandom generators enhance security in computing and cryptography.

NMDS matrices balance security and efficiency, essential for lightweight cryptographic systems.