Metric Standard of Megalithic Structures

Abstract Objective: This paper challenges the traditional archaeological interpretation of dolmens as primarily funerary structures. The author presents evidence that these megalithic objects functioned as standardized, high-protection storage units (warehouses) designed for resource preservation.Methodology: A comparative metric analysis was conducted on over 50,000 structures across six geographic regions: Korea, the Caucasus, North America (New York), India, Europe (Portugal), and North Africa.Findings: The study identifies a recurring engineering blueprint based on a unified metric module of 0.2 meters (20 cm). Data shows that 75–90% of slab-type dolmens in the surveyed regions adhere to this 0.2 m step in their internal dimensions and a standard 0.4 m gauge for entrance openings.Key Technical Insights:Thermal Protection: The structures functioned as stone "thermoses," utilizing thermal mass and specific orientation (ventilation alignment) to protect resources from predators and environmental factors.Engineering Excellence: The consistent metric precision suggests advanced design and construction protocols rather than unstructured labor.Societal Organization: The scale of construction indicates a highly organized society where a significant portion of the population was involved in technical preparation.