Cybersecurity & Cryptography
“C” is for “Commutative”
This past week, cryptologists from Belgium and The Netherlands released a report on a post-quantum computing algorithm promising quantum resistance. The claim is the algorithm provides a non-interactive key exchange while similar in construct to common elliptic curve cryptosystems (ECCs). This commutative, super-singular elliptic-curve, is touted as being able to be “dropped-in” to replace instantiations of quantum-vulnerable ECCs while maintaining quantum-resistant security schemes.
The Accuracy of Qubits (…and Google)
The Accuracy of Qubits (…and Google) Google’s John Martinis delivered a briefing on the necessity of qubit quality vice qubit quantity. A major challenge to
Entangling Objects Visible to the Eye?
Entangling Objects Visible to the Eye? If the experimental results hold true, entangling more than a photon of light may have been accomplished. Researchers at
Vacancies and Diamonds
Vacancies and Diamonds Cornell University has used funding from the U.S. Office of Naval Research to study nitrogen-vacancy centers in diamonds to communicate quantum states
Bringing Quantum Computing to the End-user
Bringing Quantum Computing to the End-user Dell is poised to embark on a long-term effort to bring dual-encryption solutions to the end-user. Doing so elevates
Cardano Cryptocurrency: Quantum-Resistant?
Cardano Cryptocurrency: Quantum-Resistant? Let alone the specific cryptocurrency, Cardano has been engaged with research teams to develop layered security protocols. Quantum resistance is their key
Securing Data with Quantum Dots
Securing Data with Quantum Dots Using quantum dots, University of Arkansas researchers have managed to detect single photons. Quantum dots are particles at the nanoscale
Vacancies and Diamonds
Vacancies and Diamonds Cornell University has used funding from the U.S. Office of Naval Research to study nitrogen-vacancy centers in diamonds to communicate quantum states
End-to-End Quantum Transmission, On-demand
End-to-End Quantum Transmission, On-demand Yale researchers are playing ball, baseball, sorta, with qubits. Akin to clustering classical computers, the approach networks quantum systems and their