This is a collection of notes and discussions at THU Physics about quantum gravity. Main reference: Lectures on Quantum Gravity and Black Holes by Thomas Hartman.

Foundational papers for the Symmetrical Convergence (SymC) framework. Establishes χ ≈ 1 as a universal stability boundary governing quantum-classical transitions, parameter emergence, and adaptive system behavior. The theoretical core from which all domain-specific applications derive.

Solutions and miscellaneous notes for "Gauge Fields, Knots and Gravity"

AK-HDPST resolves BHIP by reinterpreting information loss as a structural typing failure — not as a violation of physics, but as the breakdown of projectability across a categorical boundary.

This paper explores the fascinating evolution of string theory, from its origins as a novel approach known as ”bootstrap models” in relativistic particle physics to its current status as a candidate theory of quantum gravity.

“We are not made of matter, but of knots in time — held together by echoes, and unwound by silence.”

Cosmochrony: A Structurally Constrained Pre-Geometric Framework for Emergent Physics

A zero-parameter simulation that Poisson-sprinkles

This work introduces the concept of Latent Structural Causality, a framework for describing physical entities that are formally present yet lack observable effects in certain regimes. Applied to cosmology, it interprets the emergence of gravity, light, and time as transitions of operativity rather than creations ex nihilo.

Gravitational decoherence rate depends on measurement basis. Testable prediction from Diosi-Penrose model.

A first-principles derivation of physics