Light Scattering

Whenever electromagnetic energy strikes anything, it scatters to at least some extent. Gaussian Transformations that happen due to scattering of E.M. are known of as gauge-transformaions. Gauge-transformations form entropy. The related interactions due to the scattering of E.M. are known of as Calabi-Interactions. Calabi Interactions are either Calabi-Calabi (E.M. interacting with E.M.), Calabi-Wilson-Gordan (E.M. interacting with kinetic energy), or Calabi-Yau (E.M. interacting with a mass).  I have a whole lot more to say about this during course 20.  So, whenever E.M. strikes anything, there are certain given arbitrary superstrings that need to reattain permittivity and Fadeev-Popov-Traces that need to reattain impedance in order for energy to remain as energy.  Also whenever E.M. (particularly light) strikes anything, there is an immediate need for certain superstrings to readjust their general delineations in order for energy to remain persistantly  and spontaneously.  So, whenever light or any other E.M. strikes anything at any time, there are superstrings that here alone are going through a Kaeler-Metric eigenmetric.  I will continue with the suspense later!  Sincerely, Sam Roach.