Foundations · people, patterns & lineages
People, Patterns
& Lineages
A reading map for the scientists, inventors, artists, and boundary-walkers whose work keeps crossing the site’s questions about field, form, flow, resonance, and structure.
A genealogy with more than one kind of ancestor
The same words—vortex, field, vibration, geometry, energy—can name very different things. A fluid vortex can be measured. A field can be written as equations. A pattern on a vibrating plate can be repeated. A cosmology may be meaningful as philosophy while remaining unverified as physics.
Use this page as a switchboard
Move from a name to the physical phenomenon, then from the phenomenon to the evidence. Cross-links show genuine historical or conceptual relationships. They avoid treating visual resemblance as proof.
Already established: Marko Rodin and Vortex Mathematics, with its arithmetic, coil, and evidence layers kept separate.
Five branches
Viktor Schauberger
Water, forestry, spiral flow, temperature, patents, “implosion,” and the difference between documented devices and inherited legend. Includes Thomas Shelton’s air cannon as a concrete vortex-ring comparison.
Nikola Tesla
Alternating current, rotating magnetic fields, high-frequency experiments, resonance, and a source check on the later 3-6-9 mythology.
Faraday & Maxwell
How physical lines of force became a mathematical field theory—and why that change still matters to every “field” claim.
Buckminster Fuller
Synergetics, tensegrity, tetrahedral thinking, close packing, and the difference between a powerful design language and a complete physics.
Chladni & Jenny
Sand on plates, nodal lines, driven media, and the experimental tradition that became known as cymatics.
Russell, Reich, Keely & Rife
Four very different bodies of work, preserved historically while clearly separating influence, apparatus, personal cosmology, and scientific support.
How to read every page
What happened?
A repeatable pattern, measurement, document, device, or dated event.
What did it mean?
The explanation offered by the person, their critics, and later followers.
What would decide?
A quantitative prediction, fair control, provenance check, or independent replication.
Added for review
Lord Kelvin joins the map as a historical bridge. His 1867 vortex-atom program tried to model atoms as knotted vortices in a continuous medium. The theory did not survive as atomic physics, but its study helped stimulate work in vortex dynamics and knot theory. That makes it a compact lesson in how an abandoned physical model can still leave productive mathematics behind.
Two future additions are also worth considering: Robert Hooke, whose vibrating-plate experiments predate Chladni, and Hermann von Helmholtz, whose 1858 vortex theorems helped inspire Kelvin. They appear as predecessors on the relevant pages rather than taking over this first release.
Orientation sources
- Royal Institution: history of research at the RiFaraday’s induction, field work, and the experimental setting in which modern field language emerged.
- Smithsonian: Chladni PlatesThe experimental-acoustics lineage behind visible nodal patterns.
- University of Glasgow: Lord KelvinBiographical and institutional context for Kelvin’s scientific work.
- PKS / Schauberger Family TrustArchive and preservation center for Viktor Schauberger’s manuscripts, models, and prototypes.
Keep the pattern. Keep the provenance.
The purpose of this map is to let unusual ideas remain visible without losing the distinctions that make inquiry useful: history, mechanism, measurement, interpretation, and belief.
