Beamforming the future: BeammWave's 6G push signals the rise of orbital-terrestrial wireless networks Joakim Axmon
IBM’s quantum foundry gamble reveals a troubling reality about the future of computing A 300-millimeter quantum wafer. (Credit: IBM)
Pulsars as galactic scales: Supercomputer simulations reveal a new way to weigh neighboring galaxies The Large Magellanic Cloud has a mass of approximately 41 billion times that of the Sun.
Huawei’s Tau Scaling ambition tests the limits of post-Moore semiconductor reality He Tingbo from HUAWEI delivered a keynote speech titled "New Semiconductor Path in Practice"
Memory has become the new compute: Why Micron, SK Hynix crossing $1 trillion matters to supercomputing
AI breaks conservation barriers: Australia’s Wildlife Observatory leverages supercomputing to protect biodiversity
Silicon spintronics brings the P-computer closer to reality Microscope image of a semiconductor-integrated spintronic test chip developed by researchers at Tohoku University and NIST. The device demonstrates the first silicon-integrated probabilistic bit (p-bit), a key building block for future large-scale probabilistic computers designed for AI and optimization workloads.
Largest Computational Biology Simulation Mimics The Ribosome The amino acid (green) slithers into the chemical reaction center, moving through an evolutionarily ancient corridor of the ribosome (purple). The amino acid is delivered to the reaction core by the transfer RNA molecule (yellow).
Blue Sky Studios Donates Animation SuperComputer to Wesleyan Each rack holds 52 Angstrom Microsystem-brand “blades,” with a memory footprint of 12 or 24 gigabytes each. (Photos by Olivia Bartlett Drake)