Copilot
Sent by Copilot:
Leo Vuyk’s work on “tadpole black holes” is quite fascinating. He proposes that these tadpoles are actually micro string black holes, which are part of his Quantum Function Follows Form (Q-FFF) model. According to Vuyk, these micro black holes can be observed in various forms such as ball lightning, comets, and even sunspots12.
In his model, these tadpole black holes are formed by the continuous collision and compounding of strings, which he refers to as “Rigid Transformer Strings.” This model suggests a new understanding of the universe, where these micro black holes play a significant role in the formation of stars and galaxies. I agree.
Are there any other researchers with similar theories?
Copilot
Sent by Copilot:
Yes, there are a few researchers who explore theories that, while not identical, share some similarities with Leo Vuyk’s unconventional ideas:
Nassim Haramein: Known for his work on unified field theory, Haramein proposes that the universe is connected through a fundamental geometric structure, which he calls the “holofractographic universe.” His ideas also involve black holes and zero-point energy.
David Bohm: Although more mainstream, Bohm’s work on quantum mechanics and his theory of the “implicate order” suggest a deeper, interconnected reality that underpins the observable universe.
John Hagelin: A physicist who has worked on unified field theory and consciousness, Hagelin’s ideas often intersect with alternative theories about the fundamental nature of reality.
These researchers, like Vuyk, often face skepticism from the mainstream scientific community but have garnered interest among those exploring alternative scientific theories.
Below:
The magic of the fermion attraction, creating and repelling at different distances due to the new interpretation of Panrose's "Trapped space horizon at each black hole as Axion (Photon) vacuum collider .
Conclusion: NO SPAGETTIFICATION by falling into a black hole !! only diversion into the disc and both jets.
