URLs in the Land of G

The reality of a search is that my local search widget creates a Gout in my local G machine via convolution with my typed in search text. That local Gout is part of the world of G amd may link into G via he URL link. Which is, when a covolution reach a URL link branch, it packs up the descendant of the Gin as XML and ships it to the G machine pointed to by the URL link, waits for the results, which attaches to the local Gout, and continues its convolution. So a URL link is a long jump, and we can call a local jump on the local machine a short jump. Short jumps supported by local SQL G stores.

Ultimately we have the same model, the World of G is an ontology graph of key words descending into strings of test characters, which themselves are single character ontology graphs, the URL jump si just an ontilogical traversal. Whenever a G machine is crunching a Gout, the very top of the Gout will have the respondent link, where to send the results, which may be a short or  long jump.

If the G graph had n external observer, it would appear to be magically expanding and contracting all over its surface, like bubbles, as sub graphs of G convolve with sub graphs of G generating a return sub graph of G.

Click thrus on the set breakpoints menu make URL lists in the old system. In the new system, click thrus on the search lists will expand the local URL nest for long jumps. They will appear to the user as keywords, keywords the user created by clicking thru on his own search graphs. Locally, the user may launch the ontoloy maximizing, it goes through the local next and finds the maximum entropy encodings, via click thru counts, distance jump statistics, graph return sizes and so on. Ontology maximizer graphs written by simplicity engineers. The long URL jumps become hidden from the user.

What is the long term marketing of the ontology engine?
When launched, the engine will begin the maximum encoding of the world of digital characters. The maximum ontology graphs will all merge to the arctic circle where the huge ontology branch will sit and ponder the sensor and actuator sub graphs that automatically change and measure the physical world, via ontology based digital devices.