The Galactic Mapping Project & Historical Archive of Exploration

A note on 'Beacons'

Another thread brought up the subject of the 'Beacon' POI category.
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The 'Beacon' POI category is reserved for systems of special navigational importance:
These are systems that help in spatial orientation and navigation.


  • Galactic limits
    Galactic limits help define the shape of the galaxy in an absolute sense: "How far east, does it go?", "Where is the galactic center?".
    - eg. 'Magellans Star': the system furthest east of the galactic center (while still inside the continuous galaxy).
    With current FSD tech, all galatic limits have been reached except the galactic top and bottom.

  • Galactic meridians
    Galactic meridians helps define the coordinate grid and ´compas rose´ of the galaxy: "If I want to set a course directly east of Sol, what system should I target?"
    - eg. 'Pernicious', the furthest system reached directly east of Sol along the zero-coordinate line.
    With current FSD tech some of the galactic meridians may still be possible to push further out.

  • Barnards Loop
    - The 'Barnards Loop' nebula is a one-of-a-kind Beacon POI. This gigantic nebula is the most important marker for visual orientation in space when flying in relative proximity to the Local Bubble. In this area of the galaxy where the vast majority of pilots do their navigation, Barnards Loop stands out as a unique point of reference.


I should add that some of the beacons on the map prior to the aug. 6th update was a relic from the old days of the fixed image 2D maps - these systems where added to help give an impression of distance from Sol. With the inclusion of the radial grid overlay in the interactive map (which indicate such distance) some of these systems have become less usefull for navigational purposes.

Also, with longer jump ranges being increasingly common, many Beacon systems that helped navigate across lov-density areas are becomming obsolete.

In general it is the aim of the mapping team to limit the number of beacons to those of real use, and thus we have reclassified many obsolete beacons as indicated further below.

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Galactic Limits:
  • Sagittarius A* (galactic center)
  • Eriksons Star (furthest possible west)
  • Semotus Beacon (furthest possible north, (also furthest possible from Sol))
  • Magellans Star (furthest possible east)
  • Amundsens Star (furthest possible south)
  • Sepositus Beacon (furthest possible from Sag A*)


Galactic Meridians:

  • Sol (center of galactic grid)
  • Hesperus (furthest reached directly west of Sol)
  • Asterous (furthest reached directly north of Sol)
  • Pernicious (furthest reached directly east of Sol)
  • Notus (furthest reached directly south of Sol)


Barnards Loop:

  • Barnards Loop (most important visual reference in region around Sol)


Obsolete Beacons (with changes made aug. 6th 2017):
  • The Cancri Climb -> Historical
  • Serebrov Beacon -> Historical
  • Monoceros Beacon -> Historical

  • 13 Mu Sagittarii -> Stellar Features
  • Aishady Beacon -> Stellar Features
  • Blue in the Black -> Stellar Features
  • Ignis -> Stellar Features
  • The Lighthouse -> Stellar Features
  • Lumina Caelum -> Stellar Features
  • Nyauthai Beacon -> Stellar Features
  • The Scutum Outer Beacon -> Stellar Features
  • Smasiae Red Giant Binary Pair -> Stellar Features

  • The Far Bridge -> Other
  • The Hypaa Byio Buoy -> Other
  • Tristar Beacon -> Other
  • Sublustris Beacon -> Other
  • The Syroifoe Oasis -> Other
  • Vigs' Beacon -> Other


Thoughts?
 
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Incoming Transmission....

Greetings Commander. The Galactic Mapping Project has put out a request for help on two special missions!

Mission 1: The Real Life Nebula

The GMP database is currently missing entries for a number of important real-life planetary nebula. We need explorers to visit these locations, write up detailed descriptions of what they find, and submit high-quality photographs. Are you able to help us?

The list objects, along with the reference systems:

NGC 6188 Nebula (NGC 6188 Sector LC-V c2-28)
NGC 6337 Nebula (Hen 2-215)
NGC 6852 Nebula (IRAS 19581+0135)
NGC 6565 (CD-28 14266)
NGC 6842 (CSI+29-19529)
IC 3634 (BD-21 4483)
NGC 5307 (CD-50 8073)
NGC 7538 Nebula (NGC 7538 Sector PD-S b4-1) - needs picture, only
IC 5217 (CSI+50-22218)
NGC 1491 (BD+50 886) - needs picture, only
NGC 6326 (CD-51 10820)
IC 4191 (GCRV 7815)
NGC 6629 (CD-23 14350)
NGC 6567 (CSI-19-18107)
NGC 5882 (CD-45 9789)
NGC 6563 (CD-33 12935)
IC 4997 (CSI+16-20178)

Mission 2: No Data Found

The GMP also contains points of interest logged by early explorers... but the details were lost in transmission, or have sadly been lost over time. We know these locations are interesting, but we don't know why! We need explorers to visit the locations, write up a description of why they're interesting, and submit some photographs. Can you help?

List of locations with "lost data":

V406 Vulpeculae
V1033 Scorpii
PSR J1709-4429
Slegou Black Hole (Slegou AA-A h37)
The Kes-75 Magnetar (PSR J1846-0258)
XTE J1818-245
XTE J1748-288
XTE J1752-223
GHJ2008 3
V821 Arae
GRS 1758-258


All submissions should follow the standard format which is found in this thread. Thank you!
 
One question : Helium-rich gas giant are rare enough to enter GMP? I have a system with five of it near a nebula.
Can i submit it or not?

Generally not by themselves. However, a system with a large number of them may be worthy of inclusion. Go ahead and submit it and we'll review. =)
 
Incoming Transmission....

Greetings Commander. The Galactic Mapping Project has put out a request for help on two special missions!

Mission 1: The Real Life Nebula

The GMP database is currently missing entries for a number of important real-life planetary nebula. We need explorers to visit these locations, write up detailed descriptions of what they find, and submit high-quality photographs. Are you able to help us?

The list objects, along with the reference systems:



Mission 2: No Data Found

The GMP also contains points of interest logged by early explorers... but the details were lost in transmission, or have sadly been lost over time. We know these locations are interesting, but we don't know why! We need explorers to visit the locations, write up a description of why they're interesting, and submit some photographs. Can you help?

List of locations with "lost data":




All submissions should follow the standard format which is found in this thread. Thank you!


Hello, there are two some near of my routes, I can make a little detour to go there, if no one go before me. It's about PSR J1709-4429 & V1033 Scorpii
 
Mission 2: No Data Found

Location with "lost data" : PSR J1846-0258

- POI Type : γ Stellar features
- GalMap Ref : PSR J1846-0258
- Description : First discovery by Cmdr 59TH_Lefty

+ Neutron star (PSR J1846-0258 A), age : 932 million years, an incredible solar mass : 14,0703, solar radius : 0,0000, surface temp : 806,247,360K

+ Class Y dwarf (PSR J1846-0258 A1), age : 932 million years, solar mass : 0.0195, solar radius : 0.0835, surface temp : 522K

+ High metal content world (PSR J1846-0258 A2), age : 932 million years, earth mass : 52.3646, radius : 16.272Km, gravity : 8.04G, surface temp : 10.372K

+ Class T dwarf (PSR J1846-0258 A3), age : 932 million years, solar mass : 0.0586, solar radius : 0.1809, surface temp : 1.073K

+ Class L dwarf (PSR J1846-0258 A4), age : 932 million years, solar mass : 0.0898, solar radius : 0.2027, surface temp : 1.345K

+ Class T dwarf (PSR J1846-0258 A5), age : 932 million years, solar mass : 0.0664, solar radius : 0.1655, surface temp : 1.072K

+ Metal rich world (PSR J1846-0258 A5A), age : 932 million years, earth mass : 0.0095, radius : 1.121Km, gravity : 0.31G, surface temp : 1.319K

+ Class Y dwarf (PSR J1846-0258 A6), age : 932 million years, solar mass : 0.0195, solar radius : 0.0770, surface temp : 482K

+ Metal rich world (PSR J1846-0258 A6A), age : 932 million years, earth mass : 0.0036, radius : 818Km, gravity : 0.22G, surface temp : 1.236K

+ Neutron star (PSR J1846-0258 B), age : 932 million years, solar mass : 1.3125, solar radius : 0.0000, surface temp : 8.509.988K

+ Class F star (PSR J1846-0258 C), age : 932 million years, solar mass : 1.7148, solar radius : 1.3724, surface temp : 7.378K


- Screenshot reference :

1501327256-screenshot-0728.png

1501275973-screenshot-0731.png
 
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- POI Name : Saint Cyr
- POI Type : Stellar Features
- GalMap Ref : Lyairoa AA-A h15
- Description : System with a huge O star and 3 others O stars (the first four on the screen), 2 B stars and AeBe star. The system do 149-150 solars masses in total. One the seconde screen, the O star on the left is in front of the second, and they are little bit closer. On the third screen, we can see an other O star at 900sl.
- Screenshot reference :
Gwc60MZ.jpg
ZywoJwo.jpg
ooRiGNW.jpg
 
New POI

POI Name: HIP 104643
Galmap Ref: HIP 104643

Description: "A large class-B star and a 3.6 solar-mass black hole would be good reasons to stop by this system, but the real gem of this system is the ringed class M star in orbit around the pair of heavier objects.

As of July 3303, this is the largest known ring at 259.6 light-seconds in total diameter; this is 70% of distance from Sol to Venus. The rings are visible from over 7000 light-seconds away. It is also the ring with largest total surface area, being 211,547 ls^2 in total area. Finally this is the 11th most massive known rings around an object, at 5.4766*10^18 kilograms, or roughly the mass of Saturn's moon Hyperion.

In the attached reference photo, the M-class star is 230 light-seconds distant."


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I don't know if someone as reported this, but i've found a problem on POI view of the Galactic Map of https://www.edsm.net
In the Tenebris Region, the POI "Goliath's Sling" is set at Groa Eaeb SR-D c15-0 ( https://www.edsm.net/en/system/id/164273/name/Groa+Eaeb+SR-D+c15-0 ).
There's 2 problem :
- Minor one : The page show (maybe only for me) a warning : "This system requires Unknown permit to be entered". And no, it doesn't. Or i've an unknow permit.
- Major one : The real Goliath Sling is in Groa Eaeb KT-O d7-4 ( https://www.edsm.net/en/system/id/164272/name/Groa+Eaeb+KT-O+d7-4 )

And now, my POI if you like it and if i've written correct english :

Name: Ostium Tenebris
Game map search ref: PLA AICK GA-A E1
Description: This small black hole (around 2.75 solar masses) at the end of the Perseus Transit region is a rarity in this region of low star density and a good beacon to the vacuum that awaits you if you continue to descend the Perseus arm to the Tenebris Region. At 35413ly from Sol and 38046ly from Sagittarius A*, you can play with the effects of gravitational lenses on the distant light of our galaxy.
For strong sensation lovers, you could also dive in the ice canyon of PLA AICK GA-A E1 2 A, only lighted by distant stars.
Screenshot:
1501281276-ot01.jpg
 
I haven't much idea if this qualifies; the primary thing is that the primary star is a very close binary and possible navigation hazard, with the A and B stars maybe 1-2 solar diameters apart. There's also a particularly Earthlike ELW.

I am also having a bear of a time figuring out a good name for this thing.

Name: Eeshorps Binary Hazard
Game Map Search Reference: Eeshorps XJ-Y D1-1146
Description: Navigation Hazard: Jump-in point is a very close binary pair. Otherwise, the system is home to two other main-sequence stars, as well as a slightly hot but remarkably inhabitable Earthlike world orbiting the D-star.
Screenshots:
9cIO3n7.png


gufU3SX.png
 
I haven't much idea if this qualifies; the primary thing is that the primary star is a very close binary and possible navigation hazard, with the A and B stars maybe 1-2 solar diameters apart. There's also a particularly Earthlike ELW.

Hello! Due to how Frontier changed warp-in points, we no longer are adding any new navigational hazard POIs. The navigational hazard option has been removed from the POI map.
 
I don't know if someone as reported this, but i've found a problem on POI view of the Galactic Map of https://www.edsm.net
In the Tenebris Region, the POI "Goliath's Sling" is set at Groa Eaeb SR-D c15-0 ( https://www.edsm.net/en/system/id/164273/name/Groa+Eaeb+SR-D+c15-0 ).
There's 2 problem :
- Minor one : The page show (maybe only for me) a warning : "This system requires Unknown permit to be entered". And no, it doesn't. Or i've an unknow permit.
- Major one : The real Goliath Sling is in Groa Eaeb KT-O d7-4 ( https://www.edsm.net/en/system/id/164272/name/Groa+Eaeb+KT-O+d7-4 )

Confirmed system permit is wrong. Fixed.
Confirmed that Groa Eaeb KT-O d7-4 is the correct system. Fixed.

Thank you very much!

We'll look at the proposed new POI during the next batch of additions.
 
New POI

POI Name: Nova Aquila No 3
Galmap Ref: Nova Aquila No 3

Description: "This system was first noticed in 1918 when a previously unknown in Aquila star went nova, increasing to magnitude -0.5, brighter than all stars but Sirius and Canopus. It took twelve days to fade three magnitudes.

The cause of the nova was not understood at the time but later scientists determined this was caused by a white dwarf closely orbited by a companion star. Material from the companion star is pulled off by the white dwarf and accumulates until run-away hydrogen fusion causes most of the material to be ejected.

A survey in 3303 revealed that the main star is actually a neutron star, and multiple companion stars orbit it, including two class-M, a class-T, a class-L, and smaller bodies."

CYPYWB9l.png
 
New POI

POI Name: HD 171804
Galmap Ref: HD 171804
POI Type: Stellar Feature

Description: "An unusual combination of a carbon star and a white dwarf. The white dwarf is of a rare spectral type DBZ; only 8 white dwarf stars of this type are currently known as of July 3303.

The DBZ class indicates this white dwarf has a stellar atmosphere composed mostly of helium, but also has unusual and unexpected heavy elements in the atmosphere. Since heavy elements are quickly pulled into the lower layers of the white dwarf by gravity, they must be supplied by an outside source. Scientists currently believe these DBZ stars are pulling in material from disks of previous planetary systems.

The carbon star is 128 solar radii in size and with a surface temperature of just 1661 kelvin. An alternative option for the DBZ star's odd spectrum may be in mass-loss from the carbon star; carbon is considered a heavy element in stellar dynamics."




YvWIGGIl.png
 
Name: NGC 6188 Nebula
Game map search ref: NGC 6188 Sector LC-V c2-28

Description:

NGC 6188 is an emission nebula in the southern constellation Ara, located about four thousand light years coreward of Sol. It also has reflection nebulosity due to the associated open cluster, NGC 6193. It is an active, star forming nebula, with some recently formed stars that are only a few million years in age. These stars continue to sculpt the nebula and contribute to the glow with intense solar ultraviolet radiation. The recent star formation was probably triggered by supernova explosions from previous generations of massive stars within.


Screenshot reference: http://screenshots.necrobones.com/E...-29 02-37-21 NGC 6188 Sector HW-W c1-21_1.jpg
 
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The changes were made, if it's not right, don't hesitate to tell me again.

Sure, we can work with that. If you feel up to it, writing a narrative description (see my submissions above) are ideal. If not, we'll generate one from the data.

Name: NGC 6188 Nebula
Game map search ref: NGC 6188 Sector LC-V c2-28

Description:

NGC 6188 is an emission nebula in the southern constellation Ara, located about four thousand light years coreward of Sol. It also has reflection nebulosity due to the associated open cluster, NGC 6193. It is an active, star forming nebula, with some recently formed stars that are only a few million years in age. These stars continue to sculpt the nebula and contribute to the glow with intense solar ultraviolet radiation. The recent star formation was probably triggered by supernova explosions from previous generations of massive stars within.


Screenshot reference: http://screenshots.necrobones.com/E...-29 02-37-21 NGC 6188 Sector HW-W c1-21_1.jpg

Excellent submission, ZenBones.
 
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