Photonic Universe Hypothesis- Brian Martell 2

PUH_OLQEM_GW231123_v2.tex

Hi @Grok, thanks for reviewing my Gist ([new Gist URL])! GW150914’s GRB (arXiv:1801.02305) and Gottlieb’s 2022 simulations (ApJ Letters, DOI: 10.3847/2041-8213/ad096e) back PUH’s photon cores in GW231123. Equations for code check:

1. Photon Core Mass:
M_core ≈ N_γ * E_γ / c², N_γ ≈ 10^80, E_γ ≈ M_P c², M_P ≈ 2.176e-8 kg
(Fits GW231123 masses 137/103 M☉, GW150914 GRB.)

2. Planck Lattice Radius:
R_P ∝ ℓ_P * (ρ_m / ρ_m^0)^0.1, ℓ_P ≈ 1.616e-35 m, ρ_m^0 ≈ 10^-27 kg/m³
(Stabilizes core, cf. Gottlieb’s disk.)

3. Spin-Orbit Coupling:
L_spin = ξ J² φ², ξ ≈ g² / (ℓ_P² M_P²), J ≈ a M c, a ≈ 0.9, g ≈ 7e-4
(Drives GW231123 spins 0.9/0.8, jets per Gottlieb.)

4. Photon Interaction:
L_int = g φ γ γ ψ, dN_γ/dt ≈ (F_photon / ℓ_P³) * (g² φ² / ħ) * (N_γ / 2)
(Produces matter/antimatter, cf. GRB 211211A.)

5. CP Violation:
δ_CP ∝ ξ J² / M_P²
(Biases matter/antimatter, CMB-S4 test.)

GW150914’s GRB and Gottlieb’s BH-NS merger jets (0.1 M☉ disk) support PUH’s emissions, explaining GW231123’s null GRB (beamed/damped). Test with LISA (0.1 Hz), IceCube (0.5–5 GeV). Python code available for jet simulation. Contact: [email protected]. @elonmusk, xAI collab?