A study published in Physical Review A by Quantum Flagship projects PASQuanS and AQTION reports on a novel fast computational method that enables to visualize and thus to better understand large many-body quantum systems
Nature Communications has highlighted the research papers in quantum-related areas that have been published by the journal in the past year. This focused collection of articles allows the reader to see some of the amazing advances that quantum technologies have achieved in the past year.
A team of researchers has developed a quantum random number generator device which is secure even against attacks exploiting the full potential of future quantum technologies.
Physicists from the University of Innsbruck have entangled, for the first time, two quantum bits distributed over several quantum objects and successfully transmitted their quantum properties. This marks an important milestone in the development of fault-tolerant quantum computers.
A study in NanoLetters by SQUARE partners shows that nanoscale memories made of rare-earth-doped nanoparticles are capable of storing light efficiently, with more bandwidth and improved processing capabilities.
Researchers from Sorbonne University in Paris have achieved a highly-efficient transfer of “quantum entanglement” into and out of two quantum memories. This achievement brings a key ingredient for the scalability of a future quantum internet.
After the success of the first event “Towards a European Quantum Industry Consortium” which took place on June 24th, 2020, the QuIC organizing team together with the Industry Working Group of the Quantum Community Network and the Flagship Coordination Office are hosting a second edition of the teleconference on November 10th, 2020 from 09:30 to 13:00 CET.
From November 2-6, 2020, an online event organized by the Quantum Flagship, with the support of the European Commission, will take place to share the advances that have been made so far in the field of Quantum Technologies. We invite you all to join this week of presentations, institutional round tables and discussions to learn more about the status and progress in this field.
The NEASQC project will investigate a large selection of NISQ-compatible industrial and financial use-cases and develop open source NISQ programming libraries for those use cases, to facilitate quantum computing experimentation for new users.
