Sankalpa: A Vedic Framework for Defining and Identifying Events within a Cosmic Framework

Every day, billions of events are recorded across scientific, legal, commercial, historical, and digital systems. Yet remarkably little attention has been devoted to a prior and more fundamental question: What constitutes an event? Modern frameworks generally identify events through coordinates such as time, place, actor, and action. The Vedic tradition developed a fundamentally different approach. Rather than merely recording an event after it occurs, it first defines and situates the intended action within the larger order of Kāla. This paper examines Sankalpa as a living Vedic knowledge structure through which a Cosmic Event is formally defined before it is initiated. Far more than a ritual recitation, vow, or statement of intention, Sankalpa specifies a complete set of Event Coordinates—cosmological, temporal, geographical, genealogical, personal, and intentional—through which an intended action is situated within the coordinate framework of the Pañcāṅga and activated through an appropriate Muhūrta. Drawing upon the etymology of Sankalpa, its relationship with Kāla, Pañcāṅga, and Muhurta, together with textual evidence from Itihāsa and Purāṇa, this paper demonstrates that significant events in the Vedic tradition are consistently defined through multidimensional Event Coordinates rather than chronology alone. Births, coronations, vows, departures, deaths, and divine interventions are repeatedly situated within identifiable temporal, spatial, conditional, and activation-related frameworks. The paper argues that Sankalpa represents one of humanity's oldest continuously practised systems for defining and identifying significant events. More broadly, it proposes that the Vedic tradition preserves a distinctive event ontology in which an event is first defined, then situated, and finally activated within Kāla. This offers a new perspective for the philosophy of science, philosophy of time, history of science, and Indian Knowledge Systems.