New UCSB research shows p-computers can solve spin-glass problems faster than quantum systems

Researchers in Kerem Çamsari's lab and ECE professor Luke Theogarajan have demonstrated that their p-computer design can outperform a leading quantum annealer on the same “spin-glass” benchmarks commonly used to evaluate hard optimization problems.

New UCSB research shows p-computers can solve spin-glass problems faster than quantum systems

Researchers in Kerem Çamsari's lab and ECE professor Luke Theogarajan have demonstrated that their p-computer design can outperform a leading quantum annealer on the same “spin-glass” benchmarks commonly used to evaluate hard optimization problems.

Observation of ultrametricity in photonic spin glasses

Hierarchy is the architecture of complex systems [1]. While Euclidean metric describes homogeneous and static systems, ultrametric geometry is for heterogeneous ensembles, hierarchic relations and dynamic contexts. Applications spread across all fields: communication technologies, information ...

Probabilistic spin glass - Conclusion

I summarize the 5 previous posts on probabilistic spin glasses.

Spin glass