@UV-D you could also combine it with the latest estimates that the Moon is actually some 50 million (IIRC) years older younger than they previously though, which might not sound much, but could disturb that LHB genesis theory
The Late Heavy Bombardment (LHB) or the Lunar Cataclysm is when the inner solar system, including the Earth and Moon, underwent multiple and sustained heavy impacts early in their history (around 3.7-4 billion years ago). This event formed many of the major impact scars we see on the moon, (pres...
@UV-D I'm still up... analyzing Falcon 9 second stage engine, reading on DAWN spacecraft, 2 open HTML pages I need to fix, chatting in at least 2 chats now, and so on... I'm starting to appreciate what retired folks say about managing time LOL
heck yeah, I thought by submitting my PhD I would have free time... but nooooo, I am now are a RA and working on many and varying projects... all the time being a full time high school teacher.... *a job I do not particularly enjoy
here is a question "are to do lists black holes for time?"
@UV-D Understandable, yes... tho it's nice to keep busy after a traumatic event, I've had a few of such myself and I've always been glad I had work as one of the constants
thinking of Titan... could there be celestials sustaining a chemical burn on their surface and produce visible spectrum radiation ... i.e. a star that isn't?
I don't mean lava or anything like that... but actual "combustion"
@UV-D I'll think about it. I mean, how to word it. Gliese 436 b is not really what I meant... it's just too close to its star that's why it has a surface temperature so hot... I'd like to find a celestial that has its own glow in the visible spectrum due to a sustained chemical combustion fueled by its own composition,... i.e. a burning planet
@TildalWave actually that would be an interesting question, asking are there specific examples of exoplanets that give their own spectral glow due to its own sustained chemical combustion
The Late Heavy Bombardment (LHB) or the Lunar Cataclysm is when the inner solar system, including the Earth and Moon, underwent multiple and sustained heavy impacts early in their history (around 3.7-4 billion years ago). This event formed many of the major impact scars we see on the moon, (pres...
@TildalWave well I guess another, albeit minor, advantage of still being in SE-kindergarten (private beta), i'd have a chance to get my rep over 2K before launch
The Late Heavy Bombardment (LHB) or the Lunar Cataclysm is when the inner solar system, including the Earth and Moon, underwent multiple and sustained heavy impacts early in their history (around 3.7-4 billion years ago). This event formed many of the major impact scars we see on the moon, (pres...
I do think it should be something we consider, i am not saying i guarantee it will work, but i think it should atleast be an idea that has the pro's and cons discussed so an informed consensus can be taken
@UV-D which is why we merge scope, so what is on topic there stays on topic, what is on topic here becomes on topic, we literally just move to a different name (no longer astronomy) and there will be questions of the original kind from space too
there can be, but im thinking for alternatives IF astro fails again, i dont think we should merge if we iron out our problems, i DO think we should merge the scope with space if the site cannot stand on its own
^thats my point, i was wording it poorly before, i apologise
A Dyson sphere/swarm/ring is a hypothetical structure an extra-terrestrial entity would construct to collect a large fraction of its host star's light, and would likely generate a fairly strong infrared signature that could potentially be detected by modern infrared surveys (such as WISE). Do we ...
does it not belong better to sci fi? given that such a structure doesn't exist? (to our species)
@RhysW my understanding (and I could be wrong) is that this question is about what limits us in observing more pluto or eris sized planets. — UV-D22 secs ago
do you mean purely optical constraints, how it looks, or does observational include measurements taken through other means, ie infra-red, x-ray, or heck, even long sound waves?
This question is somewhat related to my earlier question How are the compositional components of exoplanet atmospheres differentiated?, but this about a specific surface-atmospheric phenomena - volcanism.
Using our solar system as a rough analogue (where asides from Earth, Venus, Io and Triton h...
This is a good decision.
The push for meatier questions was proposed only 3 days ago, more than half way through our beta, and I'm sure it still has not yet been read by everyone.
The push for expert level questions was a good change, one we are glad was made, but change takes time, so giving...