The DemystifySci Podcast Vortex Aether Model of Quantum Physics - Dmitrii Osenilo, DemystifySci #402
Feb 18, 2026
Dmitrii Osenilo, a Russian physicist advancing a gaseous aether vortex model, outlines mechanical pictures for photons, electromagnetism, and gravity. He describes atoms as toroidal vortices and photons as Kármán vortex streets. Hydrodynamics replaces fields with pressure gradients and rotational flow. He also proposes gravity from thermodiffusion and suggests concrete experimental tests.
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Why A Gaseous Ether Fits Observations
- Gaseous ether can support transverse waves through complex vortex motion unlike solids or simple fluids.
- Dmitrii Osenilo argues compressibility and wide density range make a gaseous ether better suited to explain light and fields.
Atoms As Toroidal Vortices
- Osenilo models protons and neutrons as toroidal vortices held together by flow interactions.
- Electron shells become linked, lower-density vortices surrounding intense nuclear vortices.
Why Particles Seem Immortal
- Osenilo compares vortex lifetimes across media, claiming ether's vastly lower density yields enormously longer particle lifetimes.
- He suggests protons appear stable because observed particles are comparatively young relative to their theoretical lifetimes.