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Analysis of 1st-Millennium BCE 'Baudhayana' Geometry Reveals Early Sanskrit Algorithms for Modeling Non-Linear Tsunami Wave-Propagation

📅 April 7, 2026 📰 Ancient Science Review
Analysis of 1st-Millennium BCE 'Baudhayana' Geometry Reveals Early Sanskrit Algorithms for Modeling Non-Linear Tsunami Wave-Propagation

Scholars at the International Institute of Vedic Sciences released a study on April 7, 2026, examining geometric derivations found in 1st-millennium BCE Baudhayana texts. The research posits that the complex recursive formulas used to calculate ritual altar areas also contain the mathematical logic necessary for modeling non-linear wave dynamics, similar to the propagation patterns of tsunamis.

The study argues that these ancient algorithms were likely applied to coastal defense planning in the Magadha and Kalinga regions. By simulating the Baudhayana series against modern fluid dynamics models, researchers confirmed that the ancient geometric ratios effectively approximate the surge and dissipation rates of high-energy coastal waves, indicating a high level of mathematical abstraction in early Indian science.

Original source: Ancient Science Review