Latest Articles for Cryptography

New methods boost the certifiable randomness from quantum measurements.

Exploring the role and potential of quantum unpredictability in modern cryptographic systems.

New methods enhance security in quantum key distribution using decoy-state techniques.

Research shows reversible circuits can create secure pseudorandom permutations.

Research focuses on stabilizer states and Bell sampling limitations in quantum computing.

Non-malleable extractors enhance randomness and protect sensitive data from tampering.

A look into multiqutrit circuits and their significance in quantum computing.

Learn how to maintain secure collaboration among parties in cryptography.

Exploring machine learning techniques for forecasting steps in the Hénon map.

New methods improve security in cryptographic systems using quantum mechanics.

Examining the Rowhammer flaw and its implications for data security.

Exploring how errors and loss affect quantum information sharing in cryptography.

Explore how zeta functions interact with number theory and algebraic structures.

Investigating the relationship between symmetry and bit sequences in cryptography.

Explore the crucial role of lattices in mathematics and cryptography.

A new approach to enhance homomorphic encryption processing speeds.

A novel approach reduces target state probability in quantum searches.

Exploring the relationship between cubic shapes and rational solutions in mathematics.

Quantum computing offers new methods for factoring large numbers, impacting encryption security.

New research reveals efficient proof systems in bounded quantum storage environments.

A look at how elliptic curves interact with imaginary quadratic fields in number theory.

Examining the security and challenges of QPKE in a quantum computing world.

Tempora-Fusion enhances Time-Lock Puzzles for secure and verifiable computations.

New methods to protect data privacy in cloud computing environments.

Exploring the role of nonlocal games in understanding information sharing.

QFHE allows computations on encrypted data for enhanced privacy and security.

Explore how Fourier analysis enhances the understanding of sparse Boolean functions.

Learn how Ising models simulate logic gates and address complex problems in technology.

ASCENT improves hardware security against power side-channel attacks during design.

Exploring how modular values can improve the Deutsch-Jozsa algorithm in quantum computing.

Examining the security of SHA-256 and recent collision finding techniques.

New hybrid methods improve efficiency in integer factorization for cryptography.

PUFs provide unique identities for secure communication in connected devices.

A look at the role of pseudo-entanglement in advancing quantum cryptography.

A framework for formal verification of oblivious algorithms to protect sensitive data.

Exploring self-testing to improve quantum technology reliability and validation.

A look into the chaotic behavior of three-dimensional maps.

Explore the study of information exchange between parties in computing.

Exploring the significance of nonlocality in quantum networks for secure communication.

This protocol ensures secure communication with noise tolerance and efficiency.