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10,000 AI agents, 130 billion tokens and 88 hours: How OpenAI turned Navier–Stokes into a supercomputing workload
Qualcomm enters the supercomputing arena as AWS partnership challenges Nvidia’s AI infrastructure dominance
Fugaku goes inside the molecular machine: Supercomputer simulations reveal how kinesin knows which way to step
From the Tibetan Plateau to California: Supercomputing reveals a hidden source of flood predictability
Supercomputing reconstructs the moon Venus may have lost
Japanese supercomputer recreates the birth of the Universe’s monster black holes

Visualization of the simulation by ATERUI III showing a rapidly growing black hole surrounded by gas. Red indicates areas of higher temperature. (Credit: Sunmyon Chon, Takaaki Takeda, 4D2U Project, NAOJ)
China’s supercomputing push meets a harder problem: Teaching computers to keep asteroids honest
Alibaba’s superintelligence ambition puts supercomputing at the center of the AI race
AI’s trillion dollar compute race hits a hard limit: There isn’t enough power
AI agents search 1.9 billion protein clusters, discover a new biological system

Wall Street wants to trade supercomputing power like oil
Beamforming the future: BeammWave's 6G push signals the rise of orbital-terrestrial wireless networks

Joakim Axmon
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.
Hidden order, revealed at scale: Supercomputing, electron ptychography uncover the inner workings of relaxor ferroelectrics
Physics-trained ‘Digital Super Brain’ learns from supercomputers to accelerate discovery
Memory has become the new compute: Why Micron, SK Hynix crossing $1 trillion matters to supercomputing
Cosmic ambition at scale: UK’s supercomputer unlocks a 2.5 petabytes universe
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"
Intel's Q1 results signal supercomputing surge driving Xeon momentum