Dean Waters is an independent researcher attempting to resolve the conflict between Quantum Field Theory's photon Fock state's static, unchanging spacetime address (Event-Time) and the more familiar evolving electromagnetic wave front (Parameter-Time ).
My Background
Other Interests:
Dean Waters photography at 500px.com
Current Projects
Research Focus
Dean Waters' current research focuses on resolving the conflict between Event-Time and Parameter-Time in quantum physics. He is constructing a toy model of a photon based on known photon behaviors and attributes
Past Projects
Entanglement Simulation
Entangled pairs are emitted with a single line connecting them as an analog for entanglement. At each collision, entanglements are swapped according to a simple set of exchange rules resulting in long chains of entangled groups.
The simulation is 'artificial' in that it applies attraction directly along connection lines to simulate an entanglement based gravitational force.
Interestingly, even though there is no universal gravity, clusters develop on their own.
With thousands of entities injected over an extended period of time, one might expect to see hundreds of small clusters but in every case, the number of groups tended to be between roughly 8 and 20 groups of very long chains and once the system settled into this pattern of a small number of large clusters, the clusters themselves would grow, shrink and change but the average total number of clusters was almost always less than 20.
Contact
info@watersresearch.com