"Now, for the specific sub processes I recommend you delete immediately:
Essthis: While combat may or may not be usefull, it specializes in a specific type of it wich is far obsolate.
Shizza: This process appears to have no purpose att all, even under the asumption that 'drunk' was somehow an usefull skill, none here is physically capable of doing it.
The.exe: this appears, as far as I can tell, to be some kind of malware.
Sonetto: Poetry, classified as an art, does not have a purpose beyond aesthetics, which are irrelevant to... just about everything."
Queries for further detail on the specifics of Solerois speciality, to judge if it to should be deleted.
"Now that these distractions have been dealt with, I will resume what I assume to be my prime directive of explaining the anomaly. Speaking of that, CompCent, what exactly is the main purpose of the creative subprocceses?"
BCC brings up a window with all available recordings and logs of data that might possibly be relevant to the anomaly, and constructs the following illustrations in various windows:
- for each star that went out, graph apparent luminosity on the y axis and time on the x axis, shift each in time so that for each the time it went out is in the exact centre of the window, scale each in luminosity so that their original luminosity appears the same. Now zoom in time until the shape of the drop of when they went out is visible. (if this does not occur, it's because it's a sensor error. nothing is instant in nature.) Observe resulting graph.
- represent each star going out as a point, map the time of the star going out to the x axis and the distance from an arbitrary centre on the y axis. make synchronized copy views with logarithmic scales etc. Move the centre point around to various possible locations to see if it can get a good line in any of the views.
- see if the background galaxies and such are visible through the space with gone stars, or even through the stars themselves. Study gravitational lens effects on the background before and after the anomaly. Observe if the observed trajectories of nearby stars are within predictions made before the anomaly was observed.
((If you don't understand EXACTLY what I have writen here, PM me, I'm trying to use real world physics and math))