The difference between the Feynman diagrams and the hyperbolic approach is that the hyperbolic approach assumes the system is already adapted, or encoded. it is adiabatic. So actions are always adiabatic. This ahs always been my approach. So a sequence of two actions, the second evolving from the first will produce a unique carrier between the two vertices in the Feynman diagram, and that carried is already prepped to happen simultaneous and independent of the two sequences on either side of the Feynman connection. So no need to introduce time at all, all sequences already occur in the proper order.
The positron, for example, is only observable when the physicist breaks the adiabatic condition. I don't think anti-particles can survive. I will get into that sometime, I have not worked the whole thing out.
No comments:
Post a Comment