What question did this study set out to answer?

This research aims to investigate the presence of a repulsive gravitational component attributed to a fifth spatial dimension.

June 1, 2026Open Access

Gravitational Buoyancy: The Fifth Dimension Codex

Key Points

This research aims to investigate the presence of a repulsive gravitational component attributed to a fifth spatial dimension.
Analyzed 6.2σ evidence from 5 public datasets (NASA CNEOS, NORAD TLE, Lunar Crater DB, LIGO GWOSC, JPL Horizons).
Calculated deflections of meteors, CubeSat longevity, lunar crater frequency, LIGO echo timing, and anomalies in spacecraft flybys.
Fitted all datasets to the parameter η = 1.060 ± 0.008 to support the braneworld hypothesis.
Meteors deflected 0.41° more than Newtonian predictions.
CubeSats showed a 178% increase in lifespan compared to expected duration.
LIGO recorded post-merger echoes with a timing difference of 0.3ms, supporting the fifth dimension theory.

Abstract

We present 6. 2σ statistical evidence that gravitational fields on Earth include a repulsive component originating from a 5th spatial dimension. Using 5 independent public archives - NASA CNEOS, NORAD TLE, Lunar Crater DB, LIGO GWOSC, JPL Horizons - we show small meteors deflect 0. 41° more than Newtonian prediction, CubeSats live 178% longer, lunar craters 10-30m are 65% fewer, LIGO shows 0. 3ms post-merger echoes, and flybys show ±6mm/s anomalies. All 5 datasets fit one parameter: η = 1. 060 ± 0. 008, equal to √ (9/8) from Randall-Sundrum II braneworld with no tuning. This buoyancy ratio prevents planetary adhesion to the 4D spacetime brane and matches the 5D bulk pressure term E_μν. We conclude the data favor a 5D braneworld over 4D GR at 6. 2σ.

Gravitational Buoyancy: The Fifth Dimension Codex

Key Points

Abstract

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