Leo Vuyk's Quantum Function Follows Form (Q-FFF) Theory is an alternative physics model that challenges the standard model of particle physics. It proposes that the fundamental building blocks of reality are rigid, transformable string-like particles that interact through shape transformations rather than conventional quantum mechanics.
Key Concepts of Q-FFF Theory:
Torus-Shaped Particles: The theory suggests that all elementary particles are variations of a single torus-shaped particle, which can transform through collisions.
Photon Variants: It introduces multiple types of photons, including gravitons, light photons, X-ray photons, gamma-ray photons, and magnetic/electric photons.
Big Bang Evaporation: Instead of a singular universe, Q-FFF proposes that the Big Bang created multiple charge-parity symmetric universes, entangled at a quantum level.
Instantaneous Entanglement: The theory suggests that particles are entangled across different universes, influencing quantum mechanics and even human decision-making.
This model aims to unify gravity and quantum mechanics by introducing a semi-classical approach, where reality is shaped by the interactions of rigid, structured particles rather than probabilistic wave functions.
If you're interested in diving deeper, you can explore Vuyk's research and . Let me know if you want a breakdown of any specific aspect!