Chemistry

On the Modulations of Chemical Resonance and Rehybridizations by Positive and Negative Nuclear Magnetic Moments

Authors: Reginald B. Little
Comments: 21 Pages. [Corrections are made by viXra Admin to comply with the rules of viXra.org]

A reconsideration of the nature of matter and space is outlined for reconsiderations of phenomena of transportations, transformations, transmutations, thermodynamics, and transductions. The new effects of nonzero nuclear magnetic moments (NMMs) on delocalizations of electrons in hybrid orbitals and rehybridizations of orbitals are outlined. Reggie acids and bases are related to Lewis acids and bases and induction of Reggie acids and bases by nonzero NMMs are introduced and the stimulations of such by external radiowaves and electromagnetic fields are outlined. Novel energetic storages and accumulations of external fields by Reggie acids and bases are outlined. The nature and structure of quantum fields released from fissed leptonic and hadronic motions are reasoned and the composite natures of nuclear fields released with alterations by motions and superpositions of surrounding nuclei and the point natures of electrons releasing spherical fields with alterations due to motions and surrounding superpositions of other electrons and nuclear fields are outlined. The NMMs fractionally, reversibly(FR)fissing and fusing to create QFs that fiss electrons to twists electrons into different orbitals and delocalize electrons more by positive NMMs for fractional, strong force induced fields between electrons in QF about nuclei. The clumped all positive NMMs FR fiss and fuse to produce rational luminous fragments of e-and quantum fields for delocalizing the e-into various lobs of quantum fields about nuclei. Mathematically, particles are spheres that in motions transform to sinusoidal waves mathematically and sinusoidal waves in sinusoidal waves by accelerating and decelerating luminosity to superluminosity. Such motions inside motions are nature of quantum mechanics(QM);and classical mechanics(CM)couple to QM by such motions in motions as the clockwise (CW)and counterclockwise (CCW)motions in motions manifest composite slower motions of quanta for coupling to bigger classical as bigger radii move faster than these composite quanta having superluminous counter pieces. Motions of nuclei alter NMMs; so at higher temperatures nonzero NMMs more severely alter electrons. Flippings of interactions in a Frame are related to changes of interacting particles; flippings occur by v>c. So pieces transmute to move CW and other pieces move CCW (Br and Dk matter and fields). Br fields are dense enough to alter e-particles to mix in spaces.
Category: Chemistry