Spin– tag –
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Tokyo University of Science Unveils AI-Driven Inverse Design for High-Speed Spin Wave Computing
EurekAlert! Japan Overview Researchers at Tokyo University of Science have developed an AI-driven inverse design framework, integrating genetic algorithms with micromagnetic simulations, to optimize magnonic crystal (MC) structures. This... -
German Researchers Develop Quantum Computer Framework for Quantum Technology Design, Simulating Many-Body Electron Spin Resonance Hamiltonians
arXiv Germany Overview German researchers have developed a framework for designing quantum technologies using a quantum computer. This framework is engineered to simulate general many-body electron spin resonance (ESR) Hamiltonians, inco... -
arXiv Paper Examines Limitations and Potential of MACE and CHGNet Foundation MLIPs in d4/d6/d7 Perovskite Oxide MD Simulations
arXiv International Overview This paper provides a detailed examination of the successes and limitations of foundation machine-learning interatomic potentials (MLIPs) like MACE and CHGNet in molecular dynamics (MD) simulations of d4/d6/d... -
Quandela Announces Spin-Optical Quantum Computer Can Simulate Fermi–Hubbard System in ~2 Hours, Accelerating Quantum Materials Science
Quandela France Overview French quantum computing company Quandela and Walrus Computing have published detailed resource estimates demonstrating that a fault-tolerant spin-optical quantum computer can simulate commercially relevant Fermi...
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