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New Algorithm Breaks Sorting Barrier in Shortest-Path Computation
Researchers have unveiled a novel graph algorithm that outperforms classic shortest‑path methods by avoiding the long‑standing sorting barrier. By combining selective uses of the Bellman‑Ford technique with innovative frontier clustering, the method achieves faster runtimes on both directed and undirected graphs. The breakthrough, led by Ran Duan and collaborators including Xiao Mao, challenges assumptions that Dijkstra's algorithm represents the ultimate speed limit for these problems.









