A Little As To The Relationship Between Gauge Transformations and the Bette Action

When gauge transformations happen, the Bette Action happens in such a way to where the corresponding superstrings that are here directly related have less of a tendancy to be orientable.  Superstrings that are not only unorientable in the Bette Action, yet, are also unorientable in the Regge Action, become tachyonic until the corelative superstrings that are arbitrarily mentioned here are acted upon to return back to a tense of Noether Flow.  Again, the reason as to why the Bette Action tends to bear a condition of unorientable corresponding superstrings is because of the related shaking of the respective Klein Bottle eigenstates that happens as the superstrings that are consequently within the Neumann region of the said Klein Bottle eigenstate during the respective Kaeler-Metric eigenmetric are also shook by the interaction of the mentioned superstrings that enter the given Klein Bottle eigenstate with the norm-states that exist within the Neumman Ward bounds of the said open-topped parallelopiped entity that helps to physically describe the shape of the said Klein Bottle eigenstate. 
The main functions of the Kaeler-Metric is to both allow for superstrings to regain the discrete metric-gauge that these need to remain as discrete energy permittivity while yet also to allow for their reverse-holomorphically delineated Fadeev-Popov-Trace eigenstates to regain discrete field trajectory metric-gauge so that these may remain as discrete energy impedance.  Metric-Gague in superstrings and also metric-gauge in Fadeev-Popov-Traces is holonomically the topological sway eigenstates that provide the basis of angular momentum relationship that causes the said substringular phenomena to be able to be delineated thru the substrate of space-time-fabric so that the mentioned substringular phenomena may be sufficient enough to move thru the operand of that space so that energy may continue spontaneously.  When both the substringular phenomena that enters the given Klein Bottle eigenstates shakes as well as the holonomic substance of the said Klein Bottle eigenstates shakes as well at the same time, the specific loci where the metric-gauge that produces the proper covariant relationship so that the corresponding substringular phenomena may continue to move thru space spontaneously is pulled and swayed into a slightly broader locus that works to alter the hermitian characteristic of the topological substance of the said substringular phenomena enough so as to alter the homeomorphic Ward conditions of the mini-string that binds the related superstrings to their counterstrings and/or works to alter the relative given arbitrary length of the individual strands of the mini-string that bind between the respective superstrings and their respective counterstrings.  This is simply due to the condition that alterior topological sways that are compounded upon an initial topological sway form a multilateral spin-orbital delineation acts upon a larger Hodge-Basis of a Ward Minkowski surface area.  This is why gauge transformations produce an initial but extremely brief tachyonic conditon in photons that subsequently slows these photons even more than these said photons were directly previously sped up -- according to Snell's Law -- so that the respective photons may "catch-up" to their related orbifolds that these are to quantize with so the said photons that are scattered will always average having a slower velocity than if these were to travel in a vacuum.  If a set of superstrings undergoing a gauge transformation tends to be unorientable in the Regge Action, then, there will be more tachyonic motion in other superstrings that will here arbitrarily convert from Kaluza-Klein to Yang-Mills.