Quantum technology is reshaping our digital world. From Signal’s quantum-resistant encryption securing chats against future threats to IBM’s error-correction algorithm running on AMD chips, practical quantum solutions are emerging. Portugal’s PTQCI network pioneers unbreakable data links, while UNSW’s quantum memory boosts network efficiency. Read on.
With the “High-Performance Computer and Quantum Simulator hybrid” (HPCQS) project, Europe is entering a new era of hybrid quantum high-performance computing. The aim is to closely connect two quantum simulators, each with over 100 qubits, with two European supercomputers. The infrastructure project is part of the research and innovation action “Advanced pilots towards the European exascale Supercomputers” and is funded by the European High-Performance Computing Joint Undertaking (EuroHPC JU) based in Luxembourg. HPCQS has a total budget of 12 million euros over 4 years, which is financed in equal parts by EuroHPC JU and the participating member states.
Scientists detect strongly entangled pair of protons on a nanocrystalline silicon surface, potentially enabling new levels of high-speed computing Quantum entanglement is one of the
Aussies Estimate Aussie Quantum Tech Market Comparable in $ize to Aussie Wheat and Aussie Wool Market Pawsey Supercomputing Center and Quantum Brilliance Join Forces to
U.S. Updates Strategic Computing Initiative Though light in mentioning quantum computing and quantum technologies specifically, the strategy does call out the topic in terms of
IBM’s Forward Leaning History Leaves Supercomputing Setbacks Behind If you are unaware of supercomputing history, this write-up sets the background and an interesting perspective of
