QUINTESSENCE - OBSERVING THE PRIMAL STATE AS AN ELEMENTARY MATTER

Since the days of Plato, a fifth element in nature has been proposed. The prospect of an etheric nature transforms into what is  known today as String Theory Resonance in Quaternions

A communicative science connects all matrices by a unifying field in sub matter 

Corrective asymmetry proposes a static field in nature, communicating a state of equilibrium between two opposing magnetic states in a quantum field. Static equilibrium therefore, is a quantum magnetic state also known as quantum equilibrium.  The state of quantum equilibrium is a magnetic time frame that proposes a magnetic energy in quintessential matter. In proximal field theory, the equivalent in quantum vectors of magnetic fields, holds fast this opinion of a quintessential nature in the presence of matter. An isolated subjection proposes all states as magnetic field by variance of the isolated matter. The nature of covalence understands the theory as an essence of co-typical factor through which magnetic states are adhered, ie: the prevalence is co-factor appropriate. The isolated quintiles in co-factor variance, presents an interesting design in magnetic fields. In understanding the research analysis, the relationship is seen as symmetry but the underlying premise is still metastate. Thus the concerted effort remains practical as a state in metastate variance. A missing thread appears at the variance of metastate level, thus dutyfully representing an associated thread in the nature of common ground. An introduction to state physics presents as a quantified effect in terms of the solid state physics in quintessential particles. Bosons present as leptons of an etheric nature. Leptons are gasses, and fermions a subclass to leptons with gauge. Particle theory physicists soon described leptons as being of high etheric density. The controversy began in 1981 with high energy physics, when the Lorentzian hertz was made part of the Gaussian theory in a 'fermionic lepton' association to the g-boson. The generation of the g-particle in plasmon physics introduced the high density meson-quark, the pion. Pion is short for pi meson and can also be denoted by the symbol π. 

In a cross symmetry potential, a mediation takes place across the symmetry arcs of an isopotential spin in a magnetic moment, and rest surface mass is induced as a bipartition to guage symmetry. The relevant mediation occurs at right angles with the quarks and gluon-electron spin, to cause angular momentum. An interesting design posits a new state equilibriumin in full resolution- as the mechanical tron in isolated potential. The logical interpretation is that two incidences form an isolated potential in an energetic stance. Double incidences are known as a quantum surface. A trion is a quantum surface ring adapted as a possible potential for recovery arcs of meson potential spin. The reactive transiton is speculated to have incidence as a positron emission from a two-fold symmetry arc, or double pion. The positron emission from a symmetry arc performs as rest, less

(-)mass, in the mechanics of trions in a quintessence.  Quintessence is a branch of quantum mechanics called photoluminescence.