Describing the Quantum Chromodynamic in a specificity vector, to associate a unified vector field in upper states of resolution to the main plane physics. The computation isolates vector synthesis to complete the polar constant in distribution vector for higher states of physics. A polar constant replicates the higher states in chromaticity, to interpret resonance for a classical entology of the perturbation factor in science. Dual plane vector, decribes the plane geometry that redistributes potential through it's axis potential, through mediation of the spectral alliance of chromatic indices in polar vectors chromatography. The alliance of chromatic spectra using point vector for Cartesian geometries; is photographed below.
The product of the cross coordinates, shows a symmetry mediation along the lines of a cross polymorphic potential. Associated to this theorem is a class A. photography for spectral alliance in polymorphic rays, detected in a cosmic shower.
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| THE SUPERSTATE ENERGY COLLIDER |
Light emits and absorbs radiation. Light frequency radiation is thought of as the intensity of light where a photonic charge emits photoelectric potential. Emittance of this light is also thought to absorb frequency in wavelengths of decimal range between photons of discrete energy packets. Estimated potentials between light frequency range produce kinetic variance to the isopotential of kinematic spin, also known as magnetic energy. Each configuration in a kinematic variance, is set apart by the dipole of a magnetic spin. High energy positrons affect the dipole of an electric spin by the wave function similarly portrayed by the analysis of the vector surface potential in anti-positron spin. The reference potential of a magnetic quark points to isolated spin vectors for the positron emissions of the vector source, making the UV source ray an electromagnetic variance for the isopotential spin. This points to isomeric quarks using positron emission of quintile vectors for annihilation of beta ray particles. A process of activation begins from the tungsten model in nuclear array spectroscopy, where the product of interpretation is an n-boson quark. The divided theory of an n-potential points to dual association in the n-quark, as cosmic variance. The elusive primary model is a model of interpretation for primary quarks, with the distributing potential in the electron quark for primary associated quanta. In plane geometry for isopotential quanta, the reference modality is in peak frequency. Modulation spectronomy appears as modulation injunction, where the presence of isolated quanta from the modulated induction at peak frequency reference, is recovered from the modulation arcs of dielectric quanta. Geometric incursion for the rate of infinitisemals, is discharged as the dielectric constant in the product action of quantum state affine in the modulation arcs of injunctions. In a refractive modality, the peak frequency is shown as a symmetry model with corrective asymmetry projections in the modulated affine of the new distribution model. A collective symmetry possesses refractive modality through frequency wave, and appears as symmetry potential for the divided axes in a mediated spin. The mediated spin potential produces vortex for an induction on gravity momentum in the sequence of modulation with techtronomy. A thermal quark from the induction ray of high positron spins, produces quanta waves in magnetic theory, with inference causing two new magnetic quarks to produce boson's from the Higgs theory, due to the magnetic transmission being muon transmission in particle array.
