Quantum Computing

Nature and physics are in a perpetual state of discovery.

Europe's most powerful supercomputer, LUMI, features an all-AMD-powered build that aims to solve some of the world's most complex environmental questions.

The future for quantum computing seems to first pass through an increasing entanglement with High-Performance Computing (HPC) facilities. The future isn't just quantum: it's hybrid.

Toronto-based Xanadu has claimed quantum advantage for its Borealis Quantum Processing Unit (QPU), a programmable, photonics-based quantum processor.

A quantum-HPC integration serving more than 4,000 researchers.

Nvidia is aiming to bridge the classical and quantum computing realms through its GPU expertise, while developing a unified programming model not unlike CUDA.

Samsung cuts production of LCDs earlier than expected as price drops affect business viability. Samsung will redirect display making resources into QD and OLED development and manufacture.

A research team with the Delft University of Technology has increased the number of entangled qubits from two to three, opening up the doors for secure, long-distance quantum networking.

An international team of researchers have developed a proof-of-concept algorithm that pairs classical and quantum rendering techniques to improve ray tracing performance by leaps and bounds.

IBM today announced a revamp of its quantum computing roadmap. The revised IBM future for quantum looks bright, with new QPUs and scaling technologies.