Flux Tubes & Color Manifold
Official animation by MIT Physics Prof. Richard Milner & Jefferson Lab (Rolf Ent). Watch gluon flux tubes confine quarks — the Y-shaped chromodynamic string connecting all three color charges. Project page ↗
The Physics of Confinement
Flux-Tube Hypothesis
Unlike gravity, the Strong Force does not weaken with distance. Gluons form chromodynamic flux tubes that pull quarks together with increasing force — roughly 14 tonnes — as separation grows. This is why free quarks are never observed: string-breaking creates new quark-antiquark pairs before isolation.
Asymptotic Freedom & the QCD Running Coupling
At short distances (high energy), quarks behave as nearly free particles — asymptotic freedom (Gross, Politzer, Wilczek; Nobel 2004). The coupling constant αs(μ) runs logarithmically, diverging at the confinement scale ΛQCD ≈ 200 MeV. No analytic proof of confinement yet exists — it is one of the Clay Millennium Prize Problems.
COSMOLOGY NODE
Settling the Cosmological Coincidence Problem via the jR Parameter — a new scalar bridging dark energy density, baryogenesis, and the proton's role in matter-antimatter asymmetry.
Explore jR TheoryCurrent Cosmological Challenges
Beyond QCD confinement, cosmology faces deep puzzles that directly connect to proton stability, information theory, and the fate of the universe.
Information-Preserving Black Holes
The Black Hole Information Paradox pits quantum unitarity against general relativistic event horizons. Wayne Lundberg's perspective holds that black holes do not destroy information — it is encoded holographically in Hawking radiation correlations and the entanglement structure of the vacuum. This has direct implications for whether baryon number is globally conserved during proton decay.
Visual Explanation
Imagine a black hole as a cosmic vault. As particles fall in, their quantum information is not erased but smeared across the event horizon in a scrambled, highly nonlocal encoding. Hawking radiation slowly leaks this information back out — like a message hidden in the noise of a thermalized system. The apparent "loss" is an observer-frame illusion.
Information is holographically preserved on the 2D horizon surface (Bekenstein-Hawking entropy).Other Open Problems
- Dark Energy Coincidence Problem: Why is the cosmological constant density ΩΛ comparable to matter density Ωm at precisely the present epoch? The jR parameter proposes a dynamical scalar coupling that tracks baryonic matter density.
- Baryogenesis & Proton Lifetime: If protons can decay (B-violation), Sakharov's conditions require CP-violation and departure from thermal equilibrium. GUT-scale leptoquark exchange sets τp — but no decay observed in 50,000 tonne detectors.
- Entropy Arrow & Information Growth: How does the universe maintain a low-entropy initial state while preserving unitarity? Holographic RG flow and island saddles suggest information is never globally lost.
- Quantum Gravity: A consistent non-perturbative UV completion uniting QCD, electroweak theory, and general relativity. Loop Quantum Gravity and String Theory remain the leading candidates — both unverified.
Simulation Gateways
Select a module to begin SU(3) Lattice computations.
Advance the Science of
Colour-Charge & Flux Tubes
Dr. Wayne Lundberg · 1QCD & the Gluonic Cube Model
This work develops a geometric interpretation of SU(3) colour charge using the RGB Rubik's Cube as a physical model for quark confinement, gluon flux-tube dynamics, and the Eightfold Way. Your support keeps this research open, public, and freely accessible.
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