Sorry, but you failed miserably. :x
The Earth-sized planets (of which 3 orbit in the zone where liquid water is considered possible) most probably are HMCs & Rocky Ice planets in E: D terms. [yesnod]
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Sorry, but you failed miserably. :x
Actually it's more infrared than UV from what I heard in the press conference.
And, no offence Sapporo, but that's the wrong star type. The star TRAPPIST-1 is a small M-class star, M8V to be precise; you've depicted it as a Class L brown dwarf.
So it'd look more like this:
http://i.imgur.com/L0KAGJK.jpg
Of course, with 3 ELW/terraformables this close to Earth, it's probably already colonized, Agricultural economy, with a large population, so no-one will get to Tag it... but one can dream...
Wikipedia said:TRAPPIST-1, also designated 2MASS J23062928-0502285,[6] is an ultra-cool dwarf star[4][7] located 39.5 light-years (12.1 parsecs) from the Sun
I've been reading that M class dwarfs aren't very tame: flares and CMEs are much more frequent than with our Sun. Considering small distance from the star, it is very likely that the planets in Trappist-1 are receiving large amount of X and UV radiation which is destructive for planetary atmospheres and the life (at least the life as we know it).
But...
Ultra-cool dwarf?
PS: I did read the articles in details, didn't feel like making a "normal" looking map. A lot of ELW would be impressive![]()
ED has plenty of ELWs, both natural and terraformed, around flare stars so in the ED universe at least, flares are not a barrier to habitability.
Greetings CMDRs,
Following the discovery of Trappist 1, we've been seeing a lot of discussions on the forums and reddit around this. We have some news and who better to deliver this than our own CEO David Braben? Take it away, David!
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The recent announcement of the discovery of the Trappist 1 system is exciting. The star, an M8 dwarf red star is right at the bottom end of the M class stars, so faint it is only just visible in the most powerful telescopes, and doesn’t feature in most star catalogues for this reason. Luckily, though, the system is almost exactly ‘edge on’ from our viewpoint – which means it is possible to ‘see’ the planets as they occlude the tiny star, and an incredible seven terrestrial planets have been spotted around the star by this technique, three of them in the ‘habitable zone’.
Even with Hubble, the fainter M class red stars are only just visible at 40 light years, which is why Trappist 1 is not in most of the star catalogues. Beyond this distance we can see ever fewer M class stars – particularly the fainter ones like this M8 – and it is where our procedural generation begins to kick in – supplementing the brighter, more visible stars.
The way Stellar Forge works is to use ‘available mass’ from which to generate systems – and because of this unaccounted mass, Stellar Forge has created a system with a Brown Dwarf in very nearly the same place – 39 light years away – this is only a little smaller than an M8 – and it even has seven terrestrial worlds around it – Core Sys Sector XU-P A5-0.
Interestingly the system that came out of Stellar Forge has a couple of moons, and a couple of co-orbiting binary pairs – these things would not (yet) be detected in the occlusion technique, as this is simply detecting the darkening of the stellar disc, but who knows, this might be possible.
Because of this we have tweaked Stellar Forge with the data from the recent discoveries so that the planets are now the same – and we have renamed it Trappist 1 – but the great thing is it is only a small tweak! We may still add a few moons back in, and this should go live in beta 2, and will of course be in 2.3 when it goes live to everyone.
David Braben
Not bad. I think the in game one will have some moons too.