Leo Vuyk is a retired architect and independent cosmology researcher who proposes a unique cosmological model called the Quantum Function Follows Form (Q-FFF) Theory

 Leo Vuyk is a retired architect and independent cosmology researcher who proposes a unique cosmological model called the Quantum Function Follows Form (Q-FFF) Theory. His work centers on a cyclic, oscillating multiverse framework, which he describes as a "raspberry-shaped" multiverse consisting of 8 to 12 mirror-symmetric universes entangled since the Big Bang. Below is a concise overview of Vuyk’s oscillating multiverse theory based on available information:

and: https://www.academia.edu/44979938/What_is_Wrong_with_Current_Physics

and:  white holes excysts?https://iai.tv/video/white-holes-fact-or-fantasy

and: https://bigbang-entanglement.blogspot.com/2022/11/the-dual-nature-of-electro-magnetism.html

Key Concepts of Leo Vuyk’s Oscillating Multiverse Theory

1. Raspberry-Shaped Multiverse:
   • Vuyk suggests the universe is part of a multiverse with 8 or 12 symmetric, entangled universes, forming a structure resembling a raspberry. These universes are charge-parity (CP) symmetric, meaning each has a mirror counterpart where time and physical processes (e.g., clocks) run backward.
   • The multiverse originates from a symmetric Big Bang, where a compressed string nucleus splits into these entangled universes.
2. Cyclic and Oscillating Nature:
   • Vuyk’s model aligns with cyclic cosmology, proposing that the multiverse undergoes repeated cycles of expansion and contraction. Unlike traditional oscillating universe models (e.g., those considered by Einstein or Friedmann), Vuyk’s theory incorporates dark matter black holes and a unique vacuum structure to drive these cycles.
   • The Penrose-Vuyk Black Hole model plays a central role, where black holes create a "trapped space horizon" that repels fermions and produces plasma, contributing to the cyclic creation of matter and stars.
3. Quantum Function Follows Form (Q-FFF) Theory:
   • Vuyk’s Q-FFF Theory posits that the universe’s complexity cannot be fully described by mathematical equations alone. Instead, it emphasizes the 3D structure of fundamental string particles, which transform through collisions.
   • Dark matter is equated with black holes, formed as compressed string knots, and dark energy arises from a dual gravity system involving oscillating axion-Higgs vacuum particles and opposing graviton pressure.
   • The vacuum is structured as a tetrahedral lattice of oscillating axion fluxtubes, with the Planck length varying near black holes, affecting phenomena like Hubble redshift.
4. Black Holes and Star Formation:
   • Black holes in Vuyk’s model do not consume all matter but repel fermions and produce plasma jets, forming dual Herbig Haro systems that drive star formation. These systems are key to the multiverse’s self-sustaining cycles.
   • Micro black holes, such as those in ball lightning or comets, are central to understanding the universe’s dynamics, including energy production and matter creation.
5. Entanglement and Consciousness:
   • Vuyk proposes that each atom is instantly entangled with mirror-symmetric atoms across the multiverse, enabling a form of "telepathic" connectivity. This entanglement supports a consciousness model tied to Benjamin Libet’s concept of "veto free will."
   • The multiverse’s symmetry allows for instant communication between universes, influencing physical and conscious processes.
6. Energy and Practical Implications:
   • Vuyk suggests that his model could lead to CO2-free energy solutions by harnessing the energy produced by micro black holes (e.g., in ball lightning or fusion experiments). He references experiments like inertial confinement fusion (ICF) and magnetic confinement fusion (MCF) as evidence of his theory in action.

Context Within Broader Multiverse TheoriesVuyk’s ideas build on existing multiverse concepts but diverge significantly:

• Relation to Other Theories: His model incorporates elements of Hugh Everett’s many-worlds interpretation, eternal inflation, and Roger Penrose’s conformal cyclic cosmology but introduces unique mechanisms like the Penrose-Vuyk black hole horizon and string-based particle structures.
• Criticism and Challenges: Like other multiverse theories, Vuyk’s model faces skepticism due to its speculative nature and lack of direct empirical testability. Critics argue that multiverse hypotheses, including Vuyk’s, may not meet the falsifiability criterion required for scientific theories.

Evaluation and ReceptionVuyk’s work is self-published on platforms like vixra.org and Academia.edu, and he is not affiliated with mainstream academic institutions. His architectural background informs his emphasis on the "form" of particles, but his rejection of purely mathematical descriptions in favor of mechanistic models sets him apart from conventional physics. While his ideas are creative and ambitious, they are considered fringe within the scientific community due to their speculative nature and limited peer-reviewed validation.Sources for Further Exploration

• Vuyk’s papers on vixra.org (e.g., http://vixra.org/author/leo_vuyk)[](https://www.researchgate.net/profile/Leo-Vuyk)
• Academia.edu publications, such as “The Raspberry Shaped Super Symmetric Multiverse”
• Vuyk’s LinkedIn profile for updates on his work
• General multiverse discussions for context (e.g., Wikipedia on Multiverse, Cyclic Models)

If you’d like a deeper dive into specific aspects of Vuyk’s theory (e.g., black hole mechanics, string structures, or consciousness implications) or a comparison with mainstream multiverse models, let me know!
see also: https://bigbang-entanglement.blogspot.com/2024/03/gravitons-and-magnetis-electric.html?zx=5003865e60d24958