Natural Science Forum / Physics / General Physics / July 2008

Present author has provided through this science forum a
comprehensive mathematical physics having models starting with logical
analysis with the definition of problem while choosing parameters that
are universally observable: signal patterns having signal/noise
mathematically quantifiable through algebraic functionality. Author
has generally also emphasized that spatial anisotropy characterizes
how universal origins will have occurred through vacuum genesis of the
five dimensions: sense time space. Analytically functional algebraic
geometry quantification with calculus has been seen an appropriate
procedure modeling mathematically the special theory and also the
general theory leading to grand theory.

    Generally the analysis has basis on quantum vacuum, through which
universe started, that principles of super symmetry & anisotropy
provide explanations how spatially the free electrons generate, making
vacuum essentially also electronegative. Then the analysis
rationalizes how simultaneously particles - positrons, quarks as well
as their antiparticles will originate satisfying physics principles
with energy charge neutrality. This author also has analyzed typically
strong processes considering proton physics with anisotropy of space.
Analysis explains quantitatively mathematically how strong nuclear
reactions are possible, when distances are astronomical, with
gravitational acceleration able to overcome electrostatic repulsions
generally due to spatial anisotropy. Electron dynamics hence make
complex atoms with the deuterium, hydrogen, and tritium as star
materials, through permutation combination principle, creating
supernovae explosions via the fusion processes; they also have
products of helium, argon and other inert elements. Although elements
are typically not formed according to the order in which elements are
scientifically listed at the periodic table, elements are formed
through electrodynamics acting specifically with strong nuclear forces
causing formation of heavy elements all the way to uranium. Star
bodies are spatially separated however limiting the extent to which
processes of fusion can occur within any of them; celestial bodies are
also repeatedly created astronomically with the ejection of cold and
hot matter spatially away as a result of cooling effects of inert
elements such as helium into highly hot stars. Gravitational forces
among star bodies constrain spatial separations as well as motions.
However the heavy elements that are typically formed at within stellar
bodies such as asteroids will also become unstable, thereby generating
intense alpha, beta & gamma radiation with resultant collapse of
nuclei within these atoms making them essentially weaker. Eventually
atoms with the protons that are not bound, at distances that are
atomistic weak nuclear processes will create molecular gaseous
hydrogen that forms nebulae surrounding star systems. These above
mentioned astronomical processes propagating spatially with the
continuous ejection of astronomical materials of cold and hot matter
will cause star systems subsequently to create planets along with
their satellites randomly, nonlinearly even asymmetrically and
anisotropic in space-time. The present author has published about
mathematical physics with signal analysis that models quantitatively
formulating logically possible self-resonance of zero-point energy
noise generating signals per analytical algebraic functional equation
i.e. signal = f(noise). Quantum tunneling with mathematical physics
has also analyzed the imaginary number i that present author
interprets as representing physically transforming a logarithmic
fluctuation that in combination with quantum probability determine the
signal energy content. This author has abstracted absolutely
mathematical quantification through energy mass equivalence matter
wave quantum physics. Present author has also analyzed how
quantization of time is a consequence of the general physics with
nature. The nuclear processes that are strong nuclear reactions with
the subsequent weak nuclear reactions range from astronomic generally
spatially to atomic: fusion-fission reactions as well as organic
metallic materials. They originate generally within colder planets
that may themselves evolve through asteroid comet collisions. This
author has also brought about applications to solving astronomy with
mathematical physics to global warming with the planet earth
considering analytically thermodynamics equations that are derived
also with the fundamental function of signal/noise, quantum
probability, and energy mass physics. Hence predicting weather
patterns via the compilations of factors of contribution of each of
the four forces will analyze severity as well as critical transitions
with derived models through set of physical general system kinetic
equations quantifying physics materials parameters of time-temperature
and transformation. Modeling physics has analogy to the modeling of
electrochemical hydrogen-metal reactions that this author participated
in modeling via creating IPZ model that has helped now various authors
to generalize hydrogen materials system processes.