Topologically Defective Lattice Potential-Based Gain-Dissipative Ising Annealer with Large Noise Margin (Adv. Phys. Res. 7/2024)

Zhiqiang Liao, Siyi Tang, Md Shamim Sarker, Hiroyasu Yamahara, Munetoshi Seki, Hitoshi Tabata
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Abstract

Towards Improving Gain-Dissipative Ising Machines

The front cover illustrates the light-excited nonlinearity in defective lattices, that is, topologically defective lattice potential (TDLP) can facilitate domain clustering dynamics. In article number 2400035, Zhiqiang Liao, Munetoshi Seki, and co-workers explain how they constructed an Ising machine by using TDLP with strong damping capability. The proposed system exhibits robust and excellent performance in large-scale combinatorial optimization, even in environments where noise intensity exceeds its saturated fixed-point amplitude.

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基于拓扑缺陷晶格电位的增益耗散型大噪声边际等效退火器(Adv.)
改进增益耗散型伊辛机》封面展示了缺陷晶格中的光激发非线性,即拓扑缺陷晶格势(TDLP)可以促进畴聚类动力学。在文章编号 2400035 中,廖志强、关宗敏及其合作者介绍了他们如何利用具有强阻尼能力的 TDLP 构建伊辛机。即使在噪声强度超过其饱和定点振幅的环境中,所提出的系统也能在大规模组合优化中表现出稳健而卓越的性能。
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