A new interdisciplinary study published in the Journal of Indian Mathematical History has used AI-driven computational modeling to analyze 12th-century copies of Bhaskara II’s Lilavati. The research demonstrates that the Sanskrit verses contain sophisticated algorithms for solving non-linear combinatorial problems, particularly those involving constrained permutations, which predated similar European developments by nearly six centuries.
The study highlights how these ancient mathematical protocols were used for practical applications in temple management and architectural logistics. By mapping the logical steps of the Sanskrit algorithms into modern Python-based models, the researchers confirmed that the methods used for 'vikalpa' (permutations) achieved extreme numerical accuracy for large-scale calculations, showcasing a high level of abstraction in medieval Indian mathematics.