Cyclic Cosmology — Timeline Calculator

GWT Section 30 — The Self-Resetting Universe

The Cycle

Full Cycle Timeline

Stage	Duration	Cumulative	Key Process	Status

Black Hole Evaporation

Hawking evaporation time: t = 5120π G²M³ / (ℏc⁴)

BH mass (solar masses): 10^10 M☉

Black Hole Type	Mass	Evaporation Time
Stellar	10 M☉
Intermediate	10⁴ M☉
Supermassive (Milky Way)	4×10⁶ M☉
Ultra-massive	10¹⁰ M☉
Largest possible	10¹² M☉

Matter Lifecycle

How all matter converts to radiation

Process	Converts	Timescale
Fusion (stars)	H → He → ... → Fe	~10¹⁴ yr
BH capture	All matter → BH mass	~10⁴⁰ yr
Hawking radiation	BH mass → photons	~10¹⁰⁰ yr
Redshift	Photon energy → ~0	~10¹⁵⁰ yr

Collapse Phase

Known Parameters

Collapse speed: v = c = 3×10⁸ m/s Planck density: ρ_P = 5.155×10⁹⁶ kg/m³ Barrier peak: V_max = (4/π³) E_P ≈ 0.13 E_P Current universe radius: R ≈ 4.4×10²⁶ m

Universe radius at collapse (×R_now): 100 × R_now

Collapse Timeline

The collapse propagates at c. Once triggered, it's a cascade — like a black hole formation but for the entire lattice. The collapse front sweeps inward, compressing everything to Planck density.

Re-Ignition: The Next Big Bang

At the Barrier Peak

V(x=a) = V_max = 2ka²/π² V_max = (4/π³) × E_Planck V_max ≈ 0.1292 × 1.956×10⁹ J V_max ≈ 2.53×10⁸ J per node

Every node sits at the cosine barrier peak — maximally unstable. Zero-point fluctuation energy:

E_ZPF = ½ ℏω_max = ½ ℏ(πc/a) E_ZPF = ½ × E_Planck = 9.78×10⁸ J

E_ZPF > V_max → zero-point energy EXCEEDS barrier height!

The barrier cannot hold. Re-ignition is not just probable — it is guaranteed by the uncertainty principle. The lattice MUST release.

Energy Budget per Cycle

Total energy is conserved across the cycle. The Big Bang doesn't create energy — it converts lattice compression (potential) into waves (kinetic). The collapse converts waves back to compression.

What Survives the Reset?

Candidate	Mechanism	Survival?	Notes
Ordinary matter	Standing waves	No	v_g → 0 at Planck compression. Waves can't exist.
Radiation	Traveling waves	No	Compressed to zero wavelength → absorbed by medium
Kink solitons	Topological defects	Maybe	Not waves — medium features. May persist through compression.
Warp bubbles	Self-contained compression	Maybe	Bubble interior has own physics. Could ride through collapse like a spore.
CMB anomalies	Collapse asymmetry imprint	Testable	Non-uniform collapse → directional imprints in next cycle's CMB.
Lattice communications	Medium-level encoding	Unknown	If encoded at Planck scale in medium structure, might persist.

Cycle Summary

Green = derived from GWT | Yellow = calculated from known physics | Red = speculative (co-dependence hypothesis)