1 Min Read onFebruary 3, 2025 Chip Circuit for Light Could Be Applied to Quantum Computations | NIST Researchers at NIST have developed a new microchip technology that could revolutionize quantum computing by allowing for the efficient…
1 Min Read onFebruary 3, 2025 NIST Releases Draft Special Publication 800-71 for Public Comment: Key Establishment Using Symmetric Block Ciphers | NIST NIST has released a draft of Special Publication 800-71, which provides recommendations for establishing keys using symmetric block ciphers.…
1 Min Read onFebruary 3, 2025 Two NIST Researchers Nominated for Service to America Medals | NIST Two NIST researchers, Till Rosenband and Joshua Bienfang, have been nominated for prestigious Service to America medals. Rosenband is a…
1 Min Read onFebruary 3, 2025 Withdrawal of NIST Special Publication 800-107 Revision 1 | NIST NIST has decided to withdraw Special Publication 800-107 Revision 1, a document that provides recommendations for using approved hash…
1 Min Read onFebruary 3, 2025 New Photon Detector for Advanced Communications Knows When to Not Know | NIST 1. Quantum Communications Protocol: The article discusses a new quantum communications protocol that uses photons to transmit information. The…
1 Min Read onFebruary 3, 2025 Automation of the Cryptographic Module Validation Program (CMVP) | NIST Title: NIST Launches Project to Automate Cryptographic Module Validation Program The National Cybersecurity Center of Excellence (NCCoE) has…
1 Min Read onFebruary 3, 2025 NIST’s New Quantum Method Generates Really Random Numbers | NIST NIST researchers have developed a new method for generating truly random numbers using quantum mechanics, which could significantly enhance…
1 Min Read onFebruary 3, 2025 Candidate Quantum-Resistant Cryptographic Algorithms Publicly Available | NIST NIST has released Round 1 of comments for its Post-Quantum Cryptography Standardization process, which aims to identify and standardize…
1 Min Read onFebruary 3, 2025 CNST Researchers Efficiently Extract Photons from Single Semiconductor Quantum Dots Directly into an Optical Fiber | NIST Researchers from NIST and other institutions have developed a new method to efficiently extract photons from single semiconductor quantum dots…