Hello All,
I posted a probable solution for the UP mystery over on Reddit yesterday. I have made some tweaks to it since then (I made the graphic without access to the galaxy map and therefore had inaccurate distances) and I think the argument is pretty compelling. Please pick it apart or improve as you see fit. I've drawn two conclusions:
1) The image is a map with a "scale" based upon the radius of the sphere (identified by the binary "1")
2) The map locates and defines the dimensions of the UA shell, and possibly shows us where a "second" shell may be containing free floating UP
You can read my reddit post, but I will summarize here to make it a bit simpler:
The binary numbers in the image represent distances relative to the radius of the UA shell
"1" - this identifies the radius and sets it to equal 1 unit of distance (UAs have been found as close to Merope as 134.2 LY, though I think they could be found as close as 126.6 LY)
- Originally i used 135 as my radius value as I thought I had heard that was the closest UA. I'm adjusting to 126.6 LY (rounding to 127) as the radius, you'll see why
"2" - the arc is at a distance of twice the radius outside of the shell (2x), or 2 times 127 LY which is 254 LY. I'll come back to this
"3" - three times the radius, or 381 LY. Sol is 381 LY away from Merope. The (( I believe indicates a signal being received from Sol. Earth has been broadcasting radio signals into space for about 1400 years (in game) and therefore it would make sense to use this radio signal as a reference point.
"4" - four times the radius, or 508 LY. Note that the \ / symbols start OUTSIDE the shell, therefore the reference points are 4x the radius away from the beginning of the shell, or 5x the radius away from Merope, bringing the total distance to 635 LY from Merope. Now here is where things get interesting:
- The two lines point to two reference points 635 LY away from Merope
- California nebula and witch head nebula are equidistant from Merope (depending on where you measure them from). Using the following stars you get:
California nebula: 632.61 LY away (DL-y d25 chosen as it is in gases)
Witch head nebula 633.57 LY away(gw-w c1-3 chosen as it is in the gases)
So why did I use 127 LY instead of 135 (or 134.2)? Well, I reverse engineered that radius based upon Merope's distance to sol (381 divided by 3). To make this theory work, we need commanders to look in systems 127 LY away from Merope to see if we can find a UA.
Additionally, the "2" arc is the real question. I think it shows us one of two things:
1) Where the UA shell ends, 2x radial distance from Merope (boring)
2) Where a second shell is, where we may find "free floating" UP (less boring)
So the 2x radial distance is likely 2x the radius outside the shell, or 254 LY out from Merope.
Testable aspects of this theory:
1) Search systems 127 LY away from Merope for UA
2) Search systems 254 LY away from Merope for UP (or slightly less than that for UA)
Please critique, complain, argue, spit on, or approve of this theory. Reddit link below. Note that the graphic contained within the link uses my old inaccurate numbers.
https://www.reddit.com/r/EliteDangerous/comments/4wr2ot/up_image_describes_ua_shell_and_possibly_shows/