Below is a simulator of the Model G ether reaction-diffusion system. It is currently set up to generate a one-dimensional representation of a dissipative soliton; i.e., the emergence of a primordial neutron from a spontaneously emerging zero-point energy fluctuation. Just press the "run" button at the bottom. The reaction-diffusion system parameters must be chosen to be close to the values given in the left column, otherwise the system will not generate a soliton structure. You can experiment by altering the provided values and pressing "run" to see the outcome. When finished you may reset the simulator by pressing the webpage reload button on your browser.
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Physicist Stephen Hawking has now reversed his stand on black holes. He gives his reasons in a paper that he posted five days ago on the physics preprint internet archive at (https://arxiv.org/abs/1401.5761). He says that according to his new analysis "There would be no event horizons and no firewalls. The absence of event horizons mean that there are no black holes - in the sense of regimes from which light can't escape to infinity." He says that the concept of a black hole should be "redefined as a metastable bound state of the gravitational field" which has a chaotic interior. In other words, he now envisions that a supermassive Galactic core should be a collapsed region from which energy can escape through an "apparent horizon". An apparent horizon is described as a surface that traps light but which also varies its shape due to quantum fluctuations allowing the possibility for light to escape.
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Like other astrophysicists, Paul LaViolette once took the big bang theory on faith to be an accepted established fact. However, in 1978 he came to a juncture in which he had to know for sure whether the expanding universe hypothesis was really correct, or not. During the previous five years, he had been developing a unified field theory called subquantum kinetics whose aim was to explain the formation of material subatomic particles and by 1978 he had made an advance in this theory which indicated that for the theory to be correct photons would necessarily have to lose energy as they traveled through space, with this lost energy actually disappearing in a real sense from being present in the observable material universe.
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Starburst conducts research on subquantum kinetics, a new microphysics methodology that has successfully solved many of the problems that presently confront physics and astronomy. Its approach was inspired from general system theory and from concepts that were originally developed to explain the formation of chemical wave patterns in certain nonlinear chemical reaction systems.
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Subquantum kinetics is a novel microphysics paradigm that incorporates concepts developed in the fields of system theory and nonequilibrium thermodynamics. One of its distinctive features is that it begins at the subquantum level for its point of departure.
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In the physics of subquantum kinetics the Galactic core is referred to as the Galaxy's mother star. According to subquantum kinetics, it does not exist in the form of a point singularity, but as a very dense supermassive star having a density similar to a neutron star or hyperon star. This conclusion is supported by the following observations and verifications:
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The fertile environment that both my parents provided, and in particular the early mentorship my father gave me, played an essential role in my ultimate development of subquantum kinetics. Below I will summarize how this unique family experience helped to facilitate the development of this important new approach to physics.
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Subquantum Kinetics Book Forword by Fred G. LaViolette,  December 2002   Midway through his undergraduate work in physics at Johns Hopkins, Paul became disenchanted with what he was being taught in class.  He had expected that physics would lay the foundation for a grand plan of nature, that it would provide a fundamental framework which would accommodate all of the …
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Superwave Theory Predictions and their Subsequent Verification in the fields of astronomy and physics
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The "unexplained" phenomenon known as the "Pioneer effect" or as the "Pioneer anomaly" is a direct confirmation of the effect that LaViolette had sought. As LaViolette notes in his paper which appeared recently in the journal Physics Essays, the frequency blueshift observed in Pioneer spacecraft maser signal data was within two standard deviations of the amount he had predicted as early as 1980.
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