Quantum-Inspired Method Cracks Massive Quantum Materials in Seconds

A quantum-inspired algorithm using tensor networks lets researchers rapidly simulate enormous, non-periodic quantum materials such as topological quasicrystals and super-moiré systems (up to 268 million sites). By encoding colossal quantum spaces, the method achieves speeds unreachable by conventional computing, potentially accelerating the design of quantum materials and topological qubits and enabling future quantum computers to reduce heat in AI data centers; validation may follow in real quantum hardware via ongoing Finnish infrastructure projects.