This community gathers scientific work based on the Vibrational Wave Dispersion Hypothesis (HDOV), a theoretical framework that introduces a functional accessibility metric ηₚ (and its scalar extension nₚ(x)) to describe coherent attenuation without loss of information in real physical systems.

The HDOV family of articles applies the same mathematical structure across very different domains:
– general relativity and compact objects,
– observational cosmology (SN Ia Pantheon+, BAO, vacuum energy),
– gravitational waves (ringdown),
– heliospheric and space plasmas (Voyager 1 and 2, heliopause),
– ultrafast Time-Resolved X-ray Scattering (TRXS) experiments,
– high-precision geodynamics (LOD, Chandler wobble),
– light scalar phenomenology (~20.5 MeV) at intensity-frontier experiments.

The community promotes:
– reproducible research, with code, data and figures released in open packages;
– explicit validation or refutation of the HDOV framework against standard models (ΛCDM, MHD, conventional EFTs);
– dialogue with other theoretical and observational approaches.

Contributions are welcome if they:

1. extend or refine the HDOV formalism,

2. validate or challenge it using empirical data, or

3. provide datasets and tools for testing its predictions.

Subjects

• Physics
• Mathematical physics
• Particle physics
• Plasma physics
• Astrophysics
• Physical cosmology
• Geophysics
• Gravitation