Time Turbulence and Relativistic Corrections

Most of mechanics is defined by the equation of motion. In reality, things are regulated by their position, time, energy, and momentum coordinates and these dynamics characterize how particles move in the universe. Of course, we have to describe the nature of the physical world through these relations, but there is the added relativistic complexity. The seemingly infinite number of frames of reference harkens in the era of the lab frame and the moving frame. Test, observer, lab, stationary, moving, and relativistic frame are these names associated with the concept that positions (usually denoted with the Dirac delta function) are correlated to an action path. The principle of least action, something derived from energy equations and minimization, details the equations of motion. In zeta calculus, the motivation for advanced inflationary, evolutionary, and punctuated equilibrium models, are correlated to a pseudo-random basis of primes in the zeta which generates the turbulent deterministic behavior. Naturally, determinism is the outgrowth of the relativistic framework, a harmony of geometry and gravitation, with the inverse square law seemingly the paragon of physical description.

What General Physics' scientists work on is a description of the turbulent dynamics in the varying timelines of particle trajectories. Practical manufacturing and electro-mechanical device production requires the sophisticated first principles approach to geodesic calculation. The place where things originate, the "where it comes from' mentality, and the provenance of the equipment is related to the complex scientific adaptive system and the evolution of this is marked by prime numbered nodes in the inflationary dimensional expansion. If you consider a singular dimensional universe propagating in one dimension with a constant of inflation, then the nodes corresponding to the Raleigh Jeans and Kelvin Helmholtz instabilities are related to a prime numbered spacing. The generation of random spacing is determined by the primes in its most fundamental elliptic function and the complexity is a function of a emergent or self similar tensor product of dimensions on that prime spacing.

All this means that the effects of time patterning in gravitational and geometric spacing originate from a zeta distribution. We can talk more about this later.