When a superstring is to go into a Kaeler Metric, its instanton prior to an eigenmetric of Kaeler Metric is at the same rate as usual (based on the present rate of instanton of 10^(-43) seconds), yet the metric-gauge of a given superstring that is to undergo the given Kaeler Metric is to be topologically indiscrete immediately after the described instanton. Immediately after the given instanton, the described superstring takes 1/240th of an h bar time to fall at a 22.5 degree angle into an eigenstate of a Klein Bottle. The superstring described is then shaken back-and-forth 8 times (for a total of 16 sways) at as even rate to help make an eigenstate of the associated superstring's metric-gauge to be discrete. The overall given metric of eight back-and-forth sways takes 1/240th h bar time. The described superstring then goes into the Regge Action for 1/240th h bar time. The associated superstring, then, takes 79/80th h bar time to circle its set of parallel universes that it belongs to before falling into an eigenstate of one of the Main Heterotic Strings that work to interconnect the three sets of parallel universes that I have recently mentioned. Regge Action normally takes 1/80th h bar time to happen. (Regge Action is the beginning of Ultimon Flow in-between iterations.) When a superstring is fully contracted, the Polyakov Action simplly permutates the arrangement of the said superstring's first-ordered point particles, yet, since the associated counterstring permutates the same way with the same multiplicit holomorphicity, the Grassman Constant may be maintained when during Bette Action, allowing a superstring in Noether Flow to remain orientable and thus non-tachyonic.
By Samuel Roach, Blogger at SamsPhysicsWorld
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