An animated visualization of a geometric shape featuring various colored triangular and quadrilateral faces, showcasing the number π.

Refine It All Through Mathematics.

A Base-2 Universe: 202.34 Notations from Planck to Cosmic Scales

By Bruce E. Camber

“When tools to measure can go no further, mathematics, logic and human creativity should take over. It is the return of the thought experiment.” -BEC

Observations, our evidence, are increasingly telling us that the universe is a highly ordered, mathematical system. Our model maps it from the Planck scale (5.391×10⁻⁴⁴ s, 1.616×10⁻³⁵ m) to the observable universe (~10²⁶ m) in 202 base-2 notations, each doubling the previous. Unlike the Big Bang, this “Quiet Expansion” proposes smooth, exponential growth, grounded in physics. At PASCOS 2025, explore how AI might tests its predictions and how mathematics, logic, and human creativity re-introduce the thought experiment.

Exponential Framework

  • 204 Notations: From Planck units (Time, Length, Mass, Charge) to Notation 202 (~4.008×10²⁵ m, observable universe) and 204 (~1.603×10²⁶ m, speculative).
  • Physics Grounding: Notation 202 matches the observable universe’s size. Gap-induced density variations in Notations 130–204 may explain dark matter, testable via N-body simulations.

Fundamental Constants, Not Numerology

  • π and e: Integral to physics—π in general relativity’s curvature, e in quantum mechanics’ wave functions. Visualized in octahedral geometries with rotating hexagonal plates (demo).
  • Planck Units: Per Frank Wilczek (Physics Today, 2001), Planck units are physical, anchoring our model (details).
  • This model is a search for (1) the universal grammar of the universe, using simple mathematics (base-2, π, e) to unify scales from Planck to cosmic and (2) the universal, physics-based framework, bridging quantum and cosmic scales with measurable constants.

AI-Driven Predictions

  • Dark Matter: AI (graph neural networks) can model density variations in Notations 130–204, aligning with galaxy formation simulations.
  • CMB: Notations 60–80 may predict CMB fluctuations, testable with Planck satellite data.
NotationPlanck Time (s)Planck Length (m)Notes
05.391×10⁻⁴⁴1.616×10⁻³⁵Planck scale
672.300×10⁻²⁷6.896×10⁻¹⁹Particle scale
1349.843×10⁻¹⁰2.950×10⁻²Human scale
2021.338×10¹⁷4.008×10²⁵Observable universe
2045.353×10¹⁷1.603×10²⁶Speculative scale

Full chart (CSV): https://81018.com/chart-downloads/

At PASCOS 2025 to discuss how this model complements cosmology and string theory. Scan the QR code or visit https://81018.com/pascos/.

Big Board-little universe Projecthttps://81018.com | Wilczek (2001), Planck Corroboration (2020) | PASCOS 2025, Durham More….

https://81018.com/geometry/


October 2025 • Perfection Studies • 81018.com • Est. 1972