the eighth event responder

Eight event-responders were gathered from the logging data. We parsed the event response log into individual thalmaceres, and then filter distillation along with proper reduction associated each thalmalcere with the responder. The event responders were divided into a number of classes.

Class A: response time to sensory change is measured on the order of milliseconds.

Class B: response time to sensory change is measured on the order of picoseconds

Class C: other

Class A and Class B were directly derived by thalmalceric association processing. They cover the first seven event responders. The eighth-event responder's existence is not directly associated with any thalmalcere, though it is possible to derive the eighth event responder's existence by inferential filter distillations on the other event responders' actions: viz. the environmental conditions were changing in ways that do not concur to event-responder free environmental conditions when the responses of the first seven event responders are subtracted. It is not possible to precisely pin down times for the eighth event responder because it was operating extrathralmalcerically, but by figuring out what the environmental models the first seven were en average and subtracting that from the environment logs, one can find intervals in which there is a ninety to ninety seven percent probability that the putative eighth event responder issued changes that radically changed the operating theatre.