Many Thanks to Sabine Hossenfelder for giving me puzzles.
What if everything — gravity, light, particles, and even the flow of time — came from a single equation? In Chavis Srichan’s Unified Theory, the universe isn’t built from matter, but from the curvature of entanglement — the twists and turns of quantum information itself. Space, energy, and even consciousness are simply different ways this curvature vibrates.
The One Equation.
At the smallest scale, every motion and interaction follows one rule:
[D_μ, D_ν]Ψ = (i/ħ) [(8πG/c⁴)⟨T_μν(Ψ)⟩ − Λ_q g_μν + λ ∇_μ∇_ν S]Ψ
It means that the “shape” of space itself bends in response to energy and information — and that same bending is quantum mechanics, gravity, and thermodynamics combined.
Mass: When Curvature Loops Back.
Mass isn’t a separate ingredient of the universe — it’s what happens when curvature closes on itself, forming a self-sustaining loop. Think of a whirlpool in water: it keeps spinning because its own motion holds it together.
Mathematically: m c² = ħ (∮ Γ_μ dx^μ) / T_P
Each closed Berry loop stores curvature energy — the origin of inertia. So mass = trapped curvature.
The Koide Harmony — Geometry Behind the Leptons.
There’s a curious pattern in the electron, muon, and tau masses: Q = (m_e + m_μ + m_τ)/((√m_e + √m_μ + √m_τ)²) ≈ 2/3.
Each particle corresponds to a phase angle of curvature, 120° apart: √m_i = √m_0(1 + e^{iφ_i}), φ_i = 0°, 120°, 240°
Three balanced waves — a perfect geometric chord in curvature space — give the ratio Q = 2/3. Mass is not arbitrary; it’s quantized harmony of curvature.
The Curvature Uncertainty Principle.
In this theory, uncertainty isn’t built-in randomness — it’s curvature itself limiting how precisely space can measure things. At the Planck scale: [D_μ, D_ν] = iħ ℱ_μν
This directly gives a curvature-based uncertainty relation: Δx^μ Δp_ν ≥ (ħ/2)(1 + |ℱ_μν|/ℱ_P)
Where ℱ_μν is local curvature and ℱ_P = 1/ℓ_P² is Planck curvature. In flat regions (low curvature), we recover normal quantum uncertainty. Near black holes or the Big Bang, curvature grows — uncertainty tightens. Reality becomes pixelated into Planck-sized information cells.
Uncertainty is not randomness — it’s geometry whispering, “you can’t look closer than the curve allows.”
ER = EPR — Entanglement and Wormholes.
Entanglement bridges (EPR pairs) and Einstein–Rosen wormholes are the same thing viewed differently: (1/2π)∫_Σ Tr ℱ = N_EPR(A: B) Every entangled connection is literally a curvature thread in spacetime — a tiny wormhole of information between particles.
Everything from One Equation.
From this one law: • Einstein’s Gravity — large-scale curvature balance • Dirac’s Equation — curvature acting on spinors • Thermodynamics — curvature relaxing via entropy • Dark Energy — global curvature relaxation • Mass — curvature self-binding • Uncertainty — curvature’s own resolution limit Everything becomes the geometry of information flow.
Takeaway.
The universe is not made of matter. It’s made of entangled curvature — geometry in motion, folding, twisting, and remembering itself. Every particle, every star, even thought itself is a vibration in the same curvature field. What we call “quantum mechanics” and “gravity” are just two ways of listening to that cosmic symphony.
Final Thought.
If Einstein taught us that mass tells space how to curve, Chavis Srichan’s equation adds a deeper truth: Curvature tells reality how to exist.
PDF | This paper presents a complete unification of spacetime, matter, and quantum information through a single operator equation-the Chavis Srichan… | Find, read and cite all the research you need on ResearchGate.