Dmitrii Osenilo - Gaseous Aether - Hydrodynamics and Vortex Motion

Hmm, where could these ideas have come from?

What Would a Serious Aether Theory Look Like? - Dmitrii Osenilo, DemystifySci #401


Physicist Dmitrii Osenilo revives a gaseous aether model built from hydrodynamics, vortex motion, and mechanical principles rather than abstract fields. Light, charge, and spin are reframed as structured flows in a compressible medium, with Maxwell’s equations emerging from fluid dynamics instead of postulated forces. It is an argument that physics should not stop at mathematics, but push toward a coherent, visualizable account of what the vacuum is made of and how it moves.

00:00 Go! Aether Returns: A Hydrodynamic Alternative 
00:02:07 Building a Gaseous Aether Model 
00:06:04 Vortices and the Michelson-Morley Revisit 
00:09:46 Why Mechanical Models Were Abandoned 
00:17:09 What Do We Actually Measure in Physics? 
00:20:08 Aether Drift, Relativity, and Interpretation 
00:23:20 The Metaphysics Behind Modern Physics 
00:26:24 Should Nature Make Mechanical Sense? 
00:28:40 Mathematics vs Physical Reality 
00:31:14 What Makes a Good Scientific Theory? 
00:34:08 Computational Limits and Lost Hydrodynamics 
00:39:04 Vortices as the Basis of Electrodynamics 
00:43:51 Why Aether Must Be a Gas 
00:48:48 The Problem with Elastic Solid Aether 
00:53:19 Why Transverse Waves Matter 
00:55:14 Electromagnetism as Vortex Flow 
01:00:04 Particles as Toroidal Vortices


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