The Quantum Flagship enters a new industry-oriented phase, focused on strengthening the link between the research community and the market by means of technology scale-up and transfer to companies. This will come with a new Coordination and Support Action, entitled QUCATS (2022-2025).
A team of experimental physicists implements a universal set of computational operations on fault-tolerant quantum bits for the first time, bringing error-free quantum computing a step closer.
Researchers from the QIA project succeed in teleporting quantum information across a rudimentary network, an important step towards a future quantum Internet.
A team of researchers from the 2DSIPC project demonstrates that slightly twisted 2D transition metal dichalcogenides (TMDs) display room-temperature ferroelectricity.
The Quantum Flagship gathers members of each of the governing bodies and projects to give closure to the first three years of the project, known as ramp-up phase, and show the progess the initiative has made so far in quantum technologies.
The Quantum Flagship projects QMICS and OpenSuperQ present a superconducting circuit architecture suitable for digital-analog quantum computing.
Organized by the Master in Quantum Science and Technology Barcelona, in collaboration with the Quantum Flagship and QTOM, this year’s Quantum Careers Symposium was dedicated to careers in quantum science and technologies.
The Strategic Advisory Board of the Quantum Flagship has set out ambitious markers of success for the next decade of quantum technology in Europe.
The European Commission opens a call for expression of interest for the hosting and operation of the European quantum computers integrated in the HPC supercomputer.
