O-Day - Super Fluid

LIVESTREAM 20 June 2023 @ 22:00

We will discuss some points from Andrey Chistolinov’s presentation

Here is a nice video sent over by David Boutillier

Rough Sketches of potential formation of vortex spheres and their interactions

Note: This is not definitive and is put here for the purpose of discussion and refinement/extension.

(A, B, C, D) - Formation of Vortex Spheres when Froude Number is very significantly greater than one. (A) Ring soliton either directly produced in fluid medium, or induce by the collision of rarefraction pulses. Directional motion is either from formation or futher stimuli. (B) Vortex Ring Soliton approaches fluid medium surface. (C) Vortex Ring soliton with correct parameters, begins to exit the fluid carrying with it a quanta of the fluid which it pushes back on. (D) Vortex Fluid Sphere is formed after separation from the source fluid medium and continues to travel into other medium. (E1) Vortex Fluid Sphere impinges on another body containing similar fluid and merges with it du to its orientation. (E2) Vortex Fluid Sphere is prevented from merging with similar fluid due to persistence of vortex and impinging orientation. (E3) Vortex Fluid Sphere travels along the surface of similar fluid due to persistence of vortex and impinging orientation. (E4) Vortex Fluid Sphere enters similar fluid and forms a falico soliton on the surfact of the water due to persistence of vortex and impinging orientation.

A non-exhaustive set of proposed ‘liquid drop’ interactions of Vortex Fluid Spheres and Vortexes. Some are shown with their toroidal angular moments.

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References

1. Chistolinov, A. V., (2023), “On the mechanisms of generation of strange radiation and its connection with LENR processes”, Joint Institute for High Temperatures of the Russian Academy of Sciences (JIHT RAS) 125412, Izhorskaya st. 13 Bd.2, Moscow, Russia.

2. Gould, N. C., (2018) “LION reactor ‘Cauliflower’ quantum coherent superfluid impact on fused quartz”

3. Greenyer, R. W., (5 Sept 2021) “Monopoles, Ball Lightning, EVOs, Coherent Matter and Strange Radiation”, Martin Fleischmann Memorial Project

4. Greenyer, R. W., (28 Sept 2022) “ULTR - A simple quick and repeatable demonstration of the LENR process” International Society for Condensed Matter Nuclear Science conference 2022

5. Xiaopei L. (27 Sept 2017), “Towards High-quality Visualization of Superfluid Vortices”, Shanghai Tech University, Flare Lab
   [simulation of ring soliton formation]

6. “The SAFIRE Project 2017-2018 Update", ThunderboltsProject (15 Mar 2018)

7. Greenyer, R. W., Jurrien, H., (28 DEC 2020) “Vega - Disappearing nickel”, Martin Fleischmann Memorial Project

8. Greenyer, R. W. (6 Jun 2023) “Singing bowl Ex03 - sides curve-in, hand made”, Martin Fleischmann Memorial Project

9. Feijoo, D., Paredes, A., Michinel, H. (2017) “Dynamics of vortex-antivortex pairs and rarefaction pulses in liquid light”, Physical Review E 95 (3), 032208 (2017),
   DOI: 10.1103/PhysRevE.95.032208

10. Berloff, N.G. (2002), “Evolution of rarefaction pulses into vortex rings”, Physical Review B, Volume 65, 174518,
    DOI: 10.1103/PhysRevB.65.174518

11. Greenyer, R. W., (2017), “CIA report from 16 June 1992: Russian document claiming 'new phase of matter', 1kg Iron sufficient for inter-stellar journey”

12. Shoulders, K. R., (2006) “Projectiles From the Dark Side”

13. Shoulders, K. R., (2006) “Dark Matter Messengers”

14. Mizuno, T., Akimoto, T., Takahashi, T., Celani, F. (2004), “Neutron emission from D2 gas in magnetic fields under low temperature”, International Conference on Condensed Matter Nuclear Science. 2004. Marseille, France,
    DOI: 10.1142/9789812774354_0025