Subspace scattering - "temporal 'space weather'"
This post is to expand on another recent post regarding techniques of astronomical observation geared towards unveiling "hyperspace"/"subspace" (you can find that article here). In brief, it advises you to take astronomical observations and align them according to your best calculations with the date the observation was actually generated by the object being observed, not the date that the observation was made. This will uncover patterns of activity indicative of assorted "faster-than-light" phenomenon, a necessary precursor for the investigation and development of ftl technology such as wormholes, stargates and the various types of FTL drive.
Aside from uncovering region-wide fluctuations indicative of sub/hyperspace events of a ftl nature, further analysis will uncover still more fluctuations within these events, varying from region-to-region, indicative of larger, more "emergent" phenomenon.
The realm in which these events occur is not part of the ordinary, subluminal world in which exists most of the things we can sense directly. Whether one wishes to call it "hyperspace" -or- "subspace" is really a matter of preference more than anything - it's "hyperspace" in that it extends into a 4th dimensional direction, but "subspace" in that it is a "smaller" region of space right "beneath" ours (travel within it takes you farther than travel through our own space). From hereon out, I'm going to refer to it as "hyperspace", as it's a specific region to which I refer. I'll reserve "sub-space" for other areas of non-ordinary space in general, including but not limited to what I've dubbed "hyperspace" in this post.
Upon proper analysis of the data, one of the first things you'll begin to uncover are asynchronous "regions" of temporal activity - i.e., that different regions of space experience the flow of what's called "time" at different rates. Furthermore, you'll begin to uncover an entirely new class of "space 'weather'" in that you'll find these regions to drift and move about through the underlying fabric of space in pretty much the same manner as enormous clouds of vapor and other gasses moving through a larger atmosphere.
These regions aren't just "cloud-like", they are clouds. Just a different kind. Hyperspace exists just above subluminal or "ordinary" space. The vapor of both matter and energy rises into hyperspace and moves about just like clouds of water vapor move through Terra's atmosphere. There are even phenomenon which are exact analogues to rain, lightening/thunder - the whole schpiel, though some in ways you might not immediately recognize them as such.
Hopefully, this can all give you some clues as to where and how to look for the phenomenon indicated in this and the prior post. As always, please don't hesitate to ask questions (either here or privately if you prefer), and I'll be glad to answer whatever I'm able. :-)
Poonen-Rains and lines on a quadric surface (quomodocumque.wordpress.com)
Poonen-Rains, Selmer groups, random maximal isotropics, random orthogonal matrices (quomodocumque.wordpress.com)
