Quantum_magazineSolana co-founder Anatoly Yakovenko warned that future quantum computers could threaten Ethereum Layer 2 security, intensifying calls for quantum-resistant cryptography across blockchain networks.
#Quantum #QuantumComputing #technology #Science
Researchers achieved a breakthrough in magnon research by extending magnon lifetimes nearly 100x, allowing quantum information to travel more reliably. Scientists say the advance could help create ultra-small quantum computers and scalable hybrid quantum systems.
Breakthrough in Magnon Research Paves the Way for Mini Quantum Computers | Newswise
Magnons are tiny waves in magnetisation and ideal building blocks for hybrid quantum systems and quantum metrology. However, their previously too-short lifetime of at most a few hundred nanoseconds has been a hurdle. An international team of physicists led by Andrii Chumak from the University of Vienna has now succeeded in extending this lifetime a hundredfold to up to 18 microseconds – paving the way for a quantum computer the size of a 1-cent coin. The scientists have also made the crucial d
Researchers found that combining molecules with quantum dots can boost singlet exciton fission, a breakthrough that could push solar cells beyond current efficiency limits and advance next-gen quantum energy technologies.
Scientists discovered that stretching diamonds can precisely control quantum defects, paving the way for ultra-sensitive quantum sensors capable of detecting pressure, temperature, and magnetic changes with extreme accuracy.
Quantum memory could revolutionize astronomy by linking telescopes into massive quantum-powered arrays, helping scientists see deeper into space and uncover new cosmic mysteries.
Rod Van Meter"Quantum information processing cannot be openly performed in spacetime with classical matter...So where does quantum computation take place? This question has puzzled physicists since the inception of this technology, but there is still no adequate answer."
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Dan Stafford#mwgic #2026 #China #QuantumComputing #QuantumComputer
Hanyuan No. 1 Becomes China’s First Commercial #Quantum #Computer https://share.google/sTylxW8oJ7cdv8adi
Chinese Report Neutral-Atom Quantum Computer Enters Commercial Use
Insider Brief China’s first atomic quantum computer has entered commercial use, signaling a milestone in the country’s effort to achieve technological self-reliance in quantum information science. The system, called “Hanyuan No. 1,” has received more than 40 million yuan – or $5.6 million (US) – in orders, including delivery to a subsidiary of China Mobile […]
AlcorNewsSafran et Quandela lancent le projet AQeFLU pour développer des algorithmes quantiques capables de modéliser les écoulements de fluides dans les moteurs d’avion.
www.usine-digitale.fr/quantique/sa...
#QuantumComputing #Aviation #Safran #Quandela
usine-digitale.fr/quantique/safr...
usine-digitale.fr/quantique/safr...
AlcorNewsSafran et Quandela lancent le projet AQeFLU pour développer des algorithmes quantiques capables de modéliser les écoulements de fluides dans les moteurs d’avion, avec l’objectif d’accélérer les simulations aérodynamiques et de réduire les essais physiques. https://www.usine-digitale.fr/quantique/safran-fait-appel-a-quandela-pour-developper-des-algorithmes-quantiques-de-modelisation
#QuantumComputing #Aviation #Safran #Quandela #Innovation #Aerospace #DeepTech
#QuantumComputing #Aviation #Safran #Quandela #Innovation #Aerospace #DeepTech
Japan is preparing a quantum technology agreement with India to strengthen cooperation in research and development and potentially support future quantum computer exports. The deal highlights growing global competition in quantum computing leadership.
