A Little Bit As To The Dangers of Colliing Photons Head-On

Hi, my name's Sam. As to the condition that would exist if you were to try to collide two photons dead on, that's a bad idea. Here, let me explain.


Photons are formed by electrons dropping an energy level to release unneeded energy. When this happens, a Fujikawa Coupling happens in the direction of the permittivity of the a given photon, yet, in the reverse-holomorphic end of the bosonic superstring that forms a discrete unit of energy permittivity. Ward- Norm conditions form the basis of substringular differential geometry. So, if you were to take the norm-to-holomorphic spin-orbital-axial of the delineation of the described Fujikawa Coupling as the photon is being formed from the released kinetic energy of a said electron, you get an orphogonal wave-tug upon the said photon that causes its related E(6)XE(6) strings to lay in the direction of the transversal angular momentum of the said photon. Also, if an electron is quantized at all with other photons, it is going to exist in an orbifold. Orbifolds have E(8)XE(8) strings associated with these. Remember, E(6)XE(6) strings that are adjacent spin assymetrically as well as E(8)XE(8) strings that are adjacent spin assymetrically. So, to try to smash the described heterotic superstrings is an effort to abuse the tendencies of these said heterotic strings to spin assymetrically. This is no mistake in observation, yet, doing what they are trying to do is certainly a mistake. Without the assymetric spin-orbiting of E(6)XE(6) strings, the Rarita Structure would be damaged locally -- which could lead to a "domino" effect. Without the assymetric spin-orbiting of E(8)XE(8) strings, the homotopy of adjacent orbifolds would fishure, which could have a "domino" effect. Maintaining homotopy is quintessential for the continued existence of life.

Also, colliding gluons could undo the local Wick Action eigenstates, which could have a domino effect. Please let everyone read this so that we may --- as a team -- end the Hadron Colliding Experiment. Thank You. Sincerely, Sam. Life is the most important reality.