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New Zealand Researchers Report Advance in Optical Ising Machine for Hybrid Quantum Optimization

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Insider Brief - New Zealand researchers have developed a hybrid optical “Coherent Ising Machine” that could provide a near-term alternative to fault-tolerant quantum computers for solving complex optimization problems. - The device uses circulating optical pulses in a fibre-based system with symmetry-locking properties to achieve stable, energy-efficient computation at room temperature, enabling s...
The development of the Coherent Ising Machine (CIM) by researchers in New Zealand presents a promising alternative to fault-tolerant quantum computers for solving complex optimization problems. The CIM's use of circulating optical pulses and symmetry-locking properties allows it to achieve stable, energy-efficient computation at room temperature, enabling scalable performance and compatibility with standard telecom components. However, it is important to note that the CIM is still under developm...