Tag Archives: Researchers slow quantum system heating and stabilize exotic states in 78-qubit processor breakthrough published in Nature

International research team demonstrates new method to stabilize exotic quantum states using controlled random pulses in superconducting quantum processors

Posted on 9, March 2026 by EuropaWire PR Editor

(IN BRIEF) An international team of researchers has demonstrated a new method for stabilizing exotic quantum states by reducing the heating that typically occurs when quantum systems are periodically driven. Using a superconducting quantum processor with 78 qubits, the scientists … Read the full press release →

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Tagged Breakthrough study shows engineered randomness can stabilize complex quantum states for next-generation quantum technologies, Chinese Academy of Sciences, Chuang tzu 2.0 quantum chip, exotic quantum states, Heng Fan, Hongzheng Zhao, Imperial College London, Johannes Knolle, Max Planck Institute for the Physics of Complex Systems, Nature journal, Peking University., prethermalization, quantum computing research, Quantum entanglement, quantum physics research, quantum simulation, qubits, random multipolar driving, Researchers slow quantum system heating and stabilize exotic states in 78-qubit processor breakthrough published in Nature, spectral engineering, superconducting quantum computer, Technical University of Munich, TUM School of Natural Sciences