G.E.O.M.: Massless Gravity from Space-Time Wave Geometry
Year: 2025
Type: article
Abstract: G.E.O.M. (Gravity Emerges from Space-Time Waves), a theory suggesting that gravity arises from geometric waves ( Θ=Θ0j0(kr)\Theta = \Theta_0 j_0(kr)\Theta = \Theta_0 j_0(kr) ) in space-time, requiring no mass or dark energy. This model explains gravitational lensing in cosmic voids, monochromatic gravitational waves, and missing transverse energy (MET) anomalies at CERN, relying on two parameters ( Θ0\Theta_0\Theta_0 , (k)). Testable with JWST (void lensing), LISA (gravitational waves), and LHC (MET events). No computational simulations are provided, only theoretical descriptions and equations. References (e.g., Planck, DESI, CMS) are included; additional data forthcoming. G.E.O.M. reveals the structure, evolving from V.I.B.E.’s origins – a gift for further investigation. Explore and challenge it! Attention, scientific peers: G.E.O.M. is a provocative hypothesis, not an established paradigm. Engage with it critically – if it fails, space-time’s geometry may guide us. Testing and falsification are encouraged.
Author: Sylvain DELGADO
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7083311304
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