Thales Joins OpenQKD to Accelerate Quantum Computing in Aerospace Technology OpenQKD Fuels European Quantum Computing Research, Potential in Aerospace Excerpts and salient points ~ +
Hype, Hope, Moore’s Law, and Quantum Computing; India and France Collaborate ‘Quantum computing’s trapped between hype and hope … in science you get surprises and
Grover’s Algorithm a Property of Nature? An important quantum algorithm may actually be a property of nature In brief… + Despite the interest, implementing Grover’s
Quantum Computing, Artificial Intelligence, and Exascale Computing Collaboration: Between France and India Atos and C-DAC sign Cooperation Agreement for global advancement in Quantum Computing, Artificial
European, Russian Physicists Push Step Closer to Semiconductor Use for Quantum Computing Scientists send light through 2D crystal layer in quantum computing leap Excerpts and
Arguments for the Security of Continuous-variable Quantum Key Distribution (CVQKD) Synopsis: Making Quantum Cryptography Safe and Practical Excerpts and salient points ~ + Most protocols
Sampling of Quantum Computing; French Perspective Computers: Promises of the Quantum Dawn Excerpts and salient points ~ + In this race for the greatest number
2019 Investment in European Quantum Computing. Europe is ramping up quantum computing research and development with a number of startups. Focusing on ‘quantum computing as a
French and Swiss research teams have tested varying amplitude and direction of magnetic fields around atoms of the rare earth element, Ytterbium. The teams have found a “magic point” which permits a thousand-fold increase in coherence. Such a discovery helps move along the concept of building quantum computing networks with the aid of quantum repeaters. High-coherence (longevity) is needed to ensure signals sent are alive for the entire distance to the receiver, or the next repeater as the case may be.
A team of scientists from France, Germany, and the U.S., are working to develop techniques and materials to produce “indistinguishable photons”. Doing so would permit greater integration into the current high-speed, light-based, computing infrastructure found throughout the globe. This is a necessity to expanding quantum computing, in a practical sense. Other facets to the research include increasing the quantum workforce: “Ultimately, we hope to draw more researchers into this field” the team commented.
