Quantum-Tantric Cosmology: A Recursive Tensor Framework Bridging Gravity, Quantum Mechanics and Emergent Intelligence — Resolving the Information Paradox and Fine-Tuning Problem

Modern physics faces enduring paradoxes—the incompatibility between General Relativity and Quantum Mechanics, the dark matter and dark energy conundrums, and the unexplained precision of fundamental constants. This paper introduces Quantum-Tantric Cosmology (QTC), a novel framework built on Probabilistic Tensor Gravity (PTG), wherein spacetime dynamics emerge from a self-referential tensor field. Through this framework, we show how quantum behavior, gravitational curvature and cosmological observations arise as coupled phenomena. Dark matter and dark energy are reformulated as emergent tensor effects. Standard Model symmetries and conservation laws naturally emerge from tensor fluctuations. Experimental predictions match Planck, SDSS, and CMB data within observational tolerance. This framework suggests a deeper informational architecture within reality—one that invites further exploration