More General Relativity

More General Relativity is a physics-facing philosophical and theoretical work by Sandeep Chavan. It proposes that relativity should be extended beyond measurement within spacetime and beyond quantum outcome into manifestation itself.

Einstein showed that measurement is relational. Quantum mechanics showed that outcome is relational to preparation, interaction, and measurement arrangement. This book develops the next interpretive step: every manifested property is relative to the structural, temporal, dimensional, interactional, and resolutional interface through which an underlying consequence becomes distinguishable.

Working within the broader Chavanian framework, the book introduces and develops concepts such as Potential, Delta, structural geometry, observer-interface, consequence, retained pattern, and Alignment Threshold Time. It interprets General Relativity as the geometry of established consequence and quantum mechanics as the prediction of consequence while resolution remains open. Between these two descriptions, it places ATT: the relational delay through which possibility becomes locally retained event.

The book does not claim to replace established physics or present a completed mathematical theory of quantum gravity. Instead, it offers an ontological and theoretical interpretation of how reality becomes manifest through relation, resolution, and consequence.

Serious, original, and conceptually ambitious, More General Relativity invites readers to reconsider objects, properties, time, causality, symmetry, chaos, and observation through one central proposition:

What appears depends on what can resolve.