The Kailasanatha Temple

Abstract:The Kailasanatha Temple in Ellora (8th century CE) is traditionally classified as a monolithic structure carved from solid basalt. However, an engineering analysis of the site reveals significant technological inconsistencies with manual subtractive methods. This paper presents evidence that the temple was constructed using an additive layered casting process based on cold geopolymer synthesis.Key findings include:Metric Standardization: The entire structure follows a strict 0.4m (Kishku) module with a precision of 1 mm over 80 meters, which is mathematically impossible for manual carving in natural rock but consistent with standardized formwork.Serial Casting Defects: Physical evidence of reusable matrices is documented, including identical 1 mm scratches (scars) on multiple columns, systemic 1-2 mm "flashing" (excess material) at horizontal "cold joints" repeating every 0.4m, and "bowing" effects caused by hydrostatic pressure on formwork shields.Material Composition: Instrumental density testing reveals a "sandwich" structure: an ultra-dense outer "crust" (3.0 g/cm³, technical ceramic grade) and a porous, seismic-damping inner core (2.4 g/cm³).Chemical Indicators: The presence of magnesium-phosphate binders and alkali-activated silicates (natron and starch-based plasticizers) suggests a sophisticated chemical synthesis of pulverized basalt.The paper concludes that the 400,000 tons of basalt removed from the quarry were not discarded but processed into raw material for geopolymer casting, allowing for an accelerated 18-year construction timeline using a massive unskilled labor force for material preparation.