Reflection

 Whenever a beam of electromagnetic energy touches another phenomenon, it will scatter to some extent or another. This involves what are known of as Calabi interactions. The time of that it takes for a reflection to take place would then be the time that it takes for the relatively little Calabi interactions that here involve the interaction of a beam of electromagnetic energy that strikes a reflective source that is struck by the said E.M. to involve the eluded to interaction until the actual reflection has taken place. So, as a result of such a reflection, there will at least be a certain amount of heat energy that will be produced on account of the given arbitrary interaction of the E.M. initial source upon the substrate that is here utilized to reflect the said E.M. in the directoral-based genus that involves the least resistance -- when given the format of the medium in which such a reflection is taking place in. I will continue with the suspense later! Sam.