Inherent Geometrics

About the publication

The śrīcakra is a complex, self-contained geometric matrix generated by the precise intersection of nine interlocking primary triangles: four śiva-trikoṇas pointing upwards and five śakti-trikoṇas pointing downwards. Their non-linear intersections yield 43 distinct sub-triangles, arranged across five concentric rings surrounding a central singular point (bindu), encased within circular lotuses, and framed by a square triple-enclosure (bhūpura). Inherent Geometry: The Analytics of śrīcakra presents a rigorous structural, geometric, and mathematical study of this iconic symbol. Moving beyond purely ritualistic interpretations, this work examines the nuances of the parā, aparā, and parāparā forms of the śrīcakra, decoding the inherent spatial logic, proportional harmony, and analytical principles embedded within their construction. Together, these three forms condense complex cosmic and metaphysical principles into a unified topological map, demonstrating how strict symmetrical constraints can express dynamic, multi-variable systems. Drawing upon and exhaustively analysing the seminal findings of śrī kalyāṇānanda bhāratī, Dr. Jammulamadaka Anjaneya Sharma delivers a compendious and illuminating treatise on the mathematical analytics of the śrīcakra.