A University at Buffalo study describes two-dimensional wave patterns, including undular bores, that propagate in two directions. Last year, spectators along China’s Qiantang River witnessed an unusual sight: waves arranging themselves into a grid-like formation. This striking pattern, named the “matrix tide,” arose from the river’s famous tidal bores that rush upstream against the flow. […]



Summary

A University at Buffalo study analyzed the “matrix tide” phenomenon observed on China’s Qiantang River, where waves form grid-like patterns. This research focuses on two-dimensional wave patterns, specifically undular bores, which propagate in two directions. The study explains how these intersecting tidal bores, rushing upstream against the river’s flow, interact to create the unusual and striking “matrix tide” formation. The findings contribute to a deeper understanding of complex wave dynamics in natural environments.

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