Subquantum kinetics is a new approach to microphysics that utilizes concepts from the fields of nonlinear chemical kinetics, irreversible thermodynamics, and general system theory, replacing the current mechanistic foundation of physics with a reaction-kinetic model. This new approach resolves a number of problems that plague classical and modern physics. It presents a revolutionary methodology that replaces the fragmented and self-contradictory framework of modern physics and leads to a true unified field theory. It provides answers to fundamental questions such as: How does matter and energy come into being and from what substrate does it arise? What does the interior of a subatomic particle look like, and how does it generate an external field?
Subquantum kinetics also has far reaching implications for astronomy and cosmology. It deals with intriguing questions such as: Is the universe really expanding? What produces the cosmological redshift? Do planets and stars spontaneously create matter and energy in their interiors? Do black holes really exist? What makes stars pulsate? Why do blue supergiants produce supernova explosions? What powers galactic core explosions?
Subquantum Kinetics also provides some insights into the electrogravitic connection that Brown was researching. In particular, chapter 9 gives some background information on Townsend Brown's electrogravitics.
Subquantum kinetics also has far reaching implications for astronomy and cosmology. It deals with intriguing questions such as: Is the universe really expanding? What produces the cosmological redshift? Do planets and stars spontaneously create matter and energy in their interiors? Do black holes really exist? What makes stars pulsate? Why do blue supergiants produce supernova explosions? What powers galactic core explosions?
Subquantum Kinetics also provides some insights into the electrogravitic connection that Brown was researching. In particular, chapter 9 gives some background information on Townsend Brown's electrogravitics.
