In Quantum FFF Theory, the Higgs particle is based on a small String particle KNOT of three new physics transformer strings or 3x magnetic photons and creator of many anomalies in physics, like a small black hole, ball Lightning, Sprites and Elves above thunder storm clouds.
The Higgs Black Hole !
Even Sint Elmus fire often observed around water (already on Columbus ship) seem family.
Sprites are often observed above thunder clouds in the centers of cloud vortexes. (see youtube below).
Sprites (and Elves) are also assumed to be based on three fold unstable Higgs String Knots. However the more Higgs knots are assembled, the semi- stability seem to increase.
As a result, more complex Higgs Ball Lightning knots are more stable (see videos)
In the future, small interference Higgs Factories are needed for FREE energy.
See also: R.Dekker TuD. : Ball Lightning by current discharges in Silicon.https://www.dos4ever.com/bolbliksem/bolbliksem.html
see also: Vuyk: https://vixra.org/pdf/1302.0172v3.pdf
Below: is a Sprite factory creating semi-stable ball lightnings falling later falling to the ground by heavy ice formation around the nucleus out of the plasma cloud..
Growing Interference Quantum Knots (3x or 4x photon Knots) are the building blocks for growing to a semi stable ball lightning.
Ice formation around the sprite nucleus, is the origin of the falling down of sprites after Sprite Higgs Knot formation going upwards. (see photos).
The nucleus of a semi stable ball lightning based on multiple Higgs particles.
The ball lightning seems to split into multiple smaller pieces, falling to the ground.
Also a splitting Sprite ball lightning high in the air.
A. Blondel, P. Janot:
At this time, four proposals for next-generation colliders are under consideration in different regions of the world. Two of these are circular colliders—the Circular Electron-Positron Collider (CEPC) and the Future Circular (Lepton) Collider (FCC-ee). The other two—the International Linear Collider (ILC) and the Compact Linear Collider (CLIC)—are single-pass linear colliders. All four facilities aim at providing precision measurements of the electroweak and Higgs interactions.
