1D simulation showing a subatomic particle trapped by an X hill positioned at r = 3 units

1D simulation of subquantum kinetics Model G showing a subatomic particle Turing wave field pattern trapped by an X potential well positioned at r = 3 units and turned on at t = 50 units. This indicates that for 1D simulatons the Turing wave pattern of one particle can be trapped in the Turing pattern potential well of a nearby partner particle that has the same polarity as the polarity it attempts to deploy at that location. This trapping phenomenon may not necessarily be seen in more realistic 3D simulations. Simulation parameters: Reaction volume radius = 50 spatial units, vacuum boundary conditions. For information about subquantum kinetics see: starburstfound.org/SQK/SQK.html.
The Starburst Foundation
Simulation performed by M. Pulver

Category:

Science & Technology

Tags:

• subquantum kinetics
• subatomic
• particle
• Model G
• Paul LaViolette
• creation
• cosmology
• field theory
• Brusselator
• reaction-diffusion
• nuclear binding