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SUPERCOMPUTER FAKES A 50-QUBIT QUANTUM COMPUTER - AND CRUSHES A WORLD RECORD German researchers just used a beast of a machine, JUPITER, Europe’s first exascale supercomputer, to fake a fully functional 50-qubit quantum comput - x.com

Google News – Quantum Computing
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⚡ Quantum Brief
German researchers used Europe’s first exascale supercomputer, JUPITER, to simulate a fully functional 50-qubit quantum computer, setting a new world record in quantum simulation complexity. The simulation processed 2 quadrillion variables per operation—far beyond current quantum hardware capabilities—using 16,000 NVIDIA superchips and 2 million gigabytes of memory with advanced compression techniques. A custom simulator, JUQCS-50, enabled the breakthrough, allowing scientists to test quantum algorithms for applications like drug discovery, AI, and logistics before real quantum computers can execute them. This achievement highlights the gap between quantum potential and hardware limitations, as even top supercomputers struggle to replicate quantum behavior at scale. The milestone underscores the role of classical supercomputing in accelerating quantum research while real qubit stability and scalability challenges persist.
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Mario Nawfal@MarioNawfalSUPERCOMPUTER FAKES A 50-QUBIT QUANTUM COMPUTER - AND CRUSHES A WORLD RECORD German researchers just used a beast of a machine, JUPITER, Europe’s first exascale supercomputer, to fake a fully functional 50-qubit quantum computer for the first time ever. That’s not a real quantum machine - it’s a simulation. But it’s so detailed, it crunches through 2 quadrillion variables per operation, something no actual quantum computer can handle right now. It took 2 million gigabytes of memory, a custom simulator (JUQCS-50), and 16,000 NVIDIA superchips to pull this off. Plus, smart compression tricks to stop the thing from melting. Why bother? Because this lets scientists test mind-blowing quantum algorithms before real hardware can run them. Think drug discovery, AI, logistics, all on fast-forward. Quantum’s future might be here - but it’s running on fake hardware for now. Source: Forschungszentrum JülichQuoteMario Nawfal@MarioNawfal·10hQUANTUM COMPUTING’S BIGGEST PROBLEM? PRINCETON MAY HAVE JUST SOLVED IT Quantum computers have one job: don't forget what they’re doing mid-calculation. Too bad most qubits lose their minds in microseconds. Now Princeton has dropped a monster breakthrough: a superconducting x.com/MarioNawfal/st…Show more4:30 PM · Nov 24, 2025·67.

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