Something else that might be a constant are the so called XTE objects: microquasars, essentially massive black holes, sources of considerable X ray emissions. There are a dozen or so of them in the game, all preceded by a XTE prefix and searchable on the galaxy map, some within other named systems, but not all of them can be reached by ship.
Zenith, one of our FGE members, has been trying to chart and catalogue them (and so deserves full credit for this thought) and wondered if they might instead provide fixed points in space for the UAs to refer to as beacons. Use them in conjunction with Sagittarius A*, or even with another known massive black hole, the Great Annihilator, and we have our fixed points of reference.
| psr # | period (binary, H transition units) | period (base 10, H transition units) | period (seconds) | direction angle from galactic center (°) | distance (to galatic center=100) | implied distance (parsecs) |
|---|---|---|---|---|---|---|
| 1 | 1000110001111100100011011101010 | 1178486506 | 0.8296830003 | 17 | 27 | 2300 |
| 2 | 10110010011000101011101101111 | 374101871 | 0.2633767643 | 49 | 2 | 160 |
| 3 | 100000110110010110001001111000 | 551117432 | 0.3880000002 | 58 | 56 | 4700 |
| 4 | 111100011011011001010100111 | 126726823 | 0.0892187481 | 95 | 15 | 1300 |
| 5 | 10101011011001101100101000011 | 359455043 | 0.2530650432 | 129 | 1 | 120 |
| 6 | 101100111011010101011110001011 | 753751947 | 0.5306595992 | 162 | 2 | 160 |
| 7 | 10110011100000101010000010 | 47057538 | 0.0331296448 | 174 | 18 | 1500 |
| 8 | 100111101000110101000100111000100 | 5320116676 | 3.7454907997 | 177 | 11 | 980 |
| 9 | 111100011111100011111000010110 | 1014906390 | 0.7145186427 | 145 | 7 | 570 |
| 10 | 101101100101101001000010110001 | 764842161 | 0.5384673780 | 97 | 10 | 850 |
| 11 | 101111001111001110011000001101 | 792520205 | 0.5579533903 | 68 | 3 | 280 |
| 12 | 11110010111110001110100011110 | 509549854 | 0.3587354200 | 52 | 40 | 3400 |
| 13 | 10011001011010111010010111000 | 321746104 | 0.2265170382 | 45 | 1 | 81 |
| 14 | 100000110100101010001110101100 | 550675372 | 0.3876887792 | 16 | 4 | 320 |
Just to give an example of how the pulsars mapped earth location in binary:
Additional test, and it may deserve further investigation - I tried to compare UA binary code (also inverted and in reverse order) to pulsar periods, similar as Voyager pulsar map has. No results so far, but my pulsar database is pretty limited (something around 150 records). Have someone better database (in *.csv ideally)? I can run the test against it. Current test was against these data: http://inara.cz/uapulsar.txt
Table 1: Pulsar data from the Pioneer/Voyager pulsar map ...
What do all of these binary numbers have in common? Both "1" and "0" often appear more than twice in a row, as expected if you convert a lot of arbitrary numbers to binary.
What do all the binary transcripts from the UA have in common? The digits "1" and "0" do never appear more than twice in a row.
Thus, I conclude the UA does not encode binary numbers with its message, in particular not pulsar data in the above format.

I know it's been asked a few times now, but has anyone tried flashing it repeatedly, 'Welcome Wagon' style?
View attachment 34003
Something else that might be a constant are the so called XTE objects: microquasars, essentially massive black holes, sources of considerable X ray emissions. There are a dozen or so of them in the game, all preceded by a XTE prefix and searchable on the galaxy map, some within other named systems, but not all of them can be reached by ship.
Zenith, one of our FGE members, has been trying to chart and catalogue them (and so deserves full credit for this thought) and wondered if they might instead provide fixed points in space for the UAs to refer to as beacons. Use them in conjunction with Sagittarius A*, or even with another known massive black hole, the Great Annihilator, and we have our fixed points of reference.
Zenith said:I've been thinking about these damned Unknown Artefacts in the last couple of days (like many of us).
An opinion that seems to have gained weight is that the UA is some sort of probe from some extraterrestrial origin, much like the Voyager probes from Earth.
The Voyager probes had a gold plated copper disc on their side with a number of diagrams, sounds and images included. One of the diagrams is Earth's location from 14 pulsars. The diagram has a solid line denoting the distance of Earth from the centre of the galaxy and dotted binary lines to each of the pulsars, denoting the time of the pulsar's radio pulse period. Using trilateration, it's possible to work out the origin of the probe from those 14 measurements.
I wonder if the UA's have something similar.
And if they do... I wonder if the XTE list has anything to do with them. Some of them are simply too far from any other star to be reached by standard FSD. So if you can't visit them, maybe they're markers or beacons to trilaterate against.
That is good info!!!!
- - - Updated - - -
Just to give an example of how the pulsars mapped earth location in binary:
Table 1: Pulsar data from the Pioneer/Voyager pulsar map
psr # period (binary, H transition units) period
(base 10, H transition units)period (seconds) direction angle from
galactic center (°)distance
(to galatic center=100)implied distance
(parsecs)1 1000110001111100100011011101010 1178486506 0.8296830003 17 27 2300 2 10110010011000101011101101111 374101871 0.2633767643 49 2 160 3 100000110110010110001001111000 551117432 0.3880000002 58 56 4700 4 111100011011011001010100111 126726823 0.0892187481 95 15 1300 5 10101011011001101100101000011 359455043 0.2530650432 129 1 120 6 101100111011010101011110001011 753751947 0.5306595992 162 2 160 7 10110011100000101010000010 47057538 0.0331296448 174 18 1500 8 100111101000110101000100111000100 5320116676 3.7454907997 177 11 980 9 111100011111100011111000010110 1014906390 0.7145186427 145 7 570 10 101101100101101001000010110001 764842161 0.5384673780 97 10 850 11 101111001111001110011000001101 792520205 0.5579533903 68 3 280 12 11110010111110001110100011110 509549854 0.3587354200 52 40 3400 13 10011001011010111010010111000 321746104 0.2265170382 45 1 81 14 100000110100101010001110101100 550675372 0.3876887792 16 4 320
| System | X | Z | Y | Info |
|---|---|---|---|---|
| XTE J1748-288 | -30 | -101 | 25998 | Visited |
| XTE J1752-223 | -1900 | 627 | 16881 | |
| XTE J1755-324 | 512 | -951 | 14961 | |
| XTE J1817-330 | 31 | -1391 | 9902 | Possible with caution |
| XTE J1818-245 | -2584 | -1463 | 19788 | |
| XTE J1856+053 | -13003 | 466 | 16483 | |
| XTE J2012+381 | -11603 | 470 | 3024 | |
| XTE PSR J1810-197 | -2723 | -41 | 14386 | |
| KV Ursae Majoris | -1059 | 5313 | -2578 | Impossible to reach |
| PSR J1709-4429 | 2272 | -367 | 7477 | Visited |
| V381 Normae | 9530 | -542 | 14067 | |
| GHJ2008 3 | 10258 | -1555 | 23840 | |
| GRS 1758-258 | -1257 | -381 | 15946 | |
| GRS 1730-312 | 1216 | 366 | 20961 | Visited |
| GRS 1737-31 | 1178 | -49 | 27975 | Visited |
| GRS 1739-278 | -316 | 553 | 26992 | Visited |
| V1487 Aquilae | -5764 | -31 | 5690 | |
| V1033 Scorpii | 2071 | 342 | 7719 | Visited |
| V1357 Cygni | -7095 | 401 | 2396 | |
| MM Velorum | 12760 | 2111 | 1313 | Impossible to reach |
| QZ Vulpelculae | -7855 | -461 | 3939 | |
| V616 Monocerotis | 1488 | -342 | -2582 | |
| GU Muscae | 14813 | -2032 | 6997 | Seems impossible ? |
| V2107 Ophiuchii | 657 | 4250 | 26655 | Impossible to reach |
| V518 Persei | -1933 | -1672 | -7686 | Impossible to reach |
| V4641 Sagittarii | -3526 | -2505 | 29696 | Visited |
| V404 Cygni | -7458 | -285 | 2263 | |
| V821 Arae | 9675 | -2037 | 25124 | |
| HL Lupis | 12096 | 2363 | 21750 | Impossible to reach |
| Circinus Pulsar | 10852 | -345 | 13081 | Visited |
@Ziljan
That's what I've been thinking as well - we're not the first, but clearly too busy to do anything in game.
But how many pulsars do you need for accurate triangulation, 3? 5?
And how many "messages" have we found? 1 or 2 ?
There's got to be more out there!
What do all of these binary numbers have in common? Both "1" and "0" often appear more than twice in a row, as expected if you convert a lot of arbitrary numbers to binary.
What do all the binary transcripts from the UA have in common? The digits "1" and "0" do never appear more than twice in a row.
Thus, I conclude the UA does not encode binary numbers with its message, in particular not pulsar data in the above format.
If it helps at all, I've got these as the XTE systems...
System X Z Y Info XTE J1748-288 -30 -101 25998 Visited XTE J1752-223 -1900 627 16881 XTE J1755-324 512 -951 14961 XTE J1817-330 31 -1391 9902 Possible with caution XTE J1818-245 -2584 -1463 19788 XTE J1856+053 -13003 466 16483 XTE J2012+381 -11603 470 3024 XTE PSR J1810-197 -2723 -41 14386 KV Ursae Majoris -1059 5313 -2578 Impossible to reach PSR J1709-4429 2272 -367 7477 Visited V381 Normae 9530 -542 14067 GHJ2008 3 10258 -1555 23840 GRS 1758-258 -1257 -381 15946 GRS 1730-312 1216 366 20961 GRS 1737-31 1178 -49 27975 Visited GRS 1739-278 -316 553 26992 Visited V1487 Aquilae -5764 -31 5690 V1033 Scorpii 2071 342 7719 Visited V1357 Cygni -7095 401 2396 MM Velorum 12760 2111 1313 Impossible to reach QZ Vulpelculae -7855 -461 3939 V616 Monocerotis 1488 -342 -2582 GU Muscae 14813 -2032 6997 Seems impossible ? V2107 Ophiuchii 657 4250 26655 Impossible to reach V518 Persei -1933 -1672 -7686 Impossible to reach V4641 Sagittarii -3526 -2505 29696 V404 Cygni -7458 -285 2263 V821 Arae 9675 -2037 25124 HL Lupis 12096 2363 21750 Impossible to reach Circinus Pulsar 10852 -345 13081