To get a head start on executing a migration roadmap, NIST has outlined five implementation scenarios that aim to identify quantum-vulnerable cryptographic code, prioritize the replacement of that code and address remediating deficiencies based on security controls’ dependence on quantum-vulnerable cryptography.
Most QRNGs today use discrete photonic and electronic components, but integrating such components within a chip remains a technical challenge.
A team of scientists from NUST MISIS and MIPT have developed and tested a new platform for realization of the ultra-strong photon-to-magnon coupling. The proposed system is on-chip and is based on thin-film hetero-structures with superconducting, ferromagnetic and insulating layers. This discovery solves a problem that has been on the agenda of research teams from different countries for the last 10 years, and opens new opportunities in implementing quantum technologies.
