hemant-gupta

UAIC (Universal Awareness–Information–Computation) is a pre‑geometric Theory of Everything built from a single variational action over MERA depth on a c=1/2 Ising substrate, whose variational equations reproduce general relativity, Yang–Mills, the Higgs, and matter dynamics and which derives the SM gauge group, three generations, spacetime dimensionality, and low‑energy parameters from three coupling functions with one fitted running parameter. The framework is explicit and quantitative, yielding concrete, falsifiable predictions (e.g. an ODMR signal ≈22.8 MHz in cryptochrome FAD radical pairs) and a ledger of leading‑order results plus open computations.

UAIC (Universal Awareness–Information–Computation) is a unified-framework submission centered on a single variational principle—the Universal Cosmic Loss Function (UCLF)—and a 13-stage MERA coarse-graining cascade that claims to derive spacetime, quantum fields, gauge structure, particle content, and fundamental constants from a pre-geometric substrate while also providing a thermodynamic account of observation and consciousness. The document presents full axioms, theorems, derivations, a ledger of falsifiable predictions (including values for the fine-structure constant and Weinberg angle and an ODMR signature), and linked supporting papers.

UAIC (Universal Awareness–Information–Computation) presents a unified framework built around a single variational principle—the Universal Cosmic Loss Function (UCLF)—and a 13-stage MERA coarse-graining cascade to derive emergent spacetime, gauge fields, Standard Model structure, key physical constants, and a thermodynamic account of observation/consciousness. The submission contains full axioms, theorems and proofs, a structured prediction ledger with multiple independently falsifiable predictions, and linked companion papers for technical derivations.

UAIC posits a single axiom of Unity — a network of pre-geometric units tending toward a unique maximally-entangled ground state — and defines a Universal Cosmic Loss Function (UCLF) whose variational Euler–Lagrange conditions simultaneously produce emergent spacetime, Standard Model gauge fields, and a thermodynamic condition for observer/awareness. The framework is implemented via a 13-stage ternary MERA cascade (trinification and chirality emergent), is accompanied by 23 companion papers and an open-problems register, and presents structured, falsifiable predictions.

A unified framework that derives spacetime, Standard Model gauge structure, particle chirality, and the thermodynamic necessity of observation from a single variational principle—the Universal Cosmic Loss Function—acting on a pre-geometric Ising-class substrate via a 13-stage ternary MERA cascade. The UAIC framework supplies structured derivations linking an E8→E6×SU(3)F trinification breaking chain, emergent geometry from entanglement, and a catalogue of falsifiable predictions and open problems across 21 companion papers.