Methodological Foundations of the TAGC–LQG–RG Research Programme: A Lakatosian Framework for Informational Quantum Gravity

23 January 2026, Version 1
This content is an early or alternative research output and has not been peer-reviewed by Cambridge University Press at the time of posting.

Abstract

We present an exhaustive methodological analysis of the TAGC–LQG–RG research programme under Lakatos’s philosophy of science. The programme proposes that classical spacetime emerges from an informational substrate governed by a universal critical threshold κc = 2.04±0.05. We explicitly identify the hard core (informational primacy, Landauer’s principle, GKSL dynamics) and the protective belt (18 third-party works) of the programme. We present a formal effective derivation of κc from first informational principles based on variational stability, renormalizationgroup analysis, and spectral criteria. The programme generates five falsifiable predictions (P1–P5) verifiable within 2–20 years. We demonstrate that κc possesses the same epistemological status as the fine-structure constant α before QED.

Keywords

quantum gravity
information theory
Landauer’s principle
renormalization group
loop quantum gravity
emergent spacetime
critical threshold
Lakatosian methodology
falsifiability
cosmological constant

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