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Lunar transient phenomena: Topographical distribution
Comparative analyses of observations of lunar transient phenomena
Lunar transient phenomena catalog
Lunar transient phenomena (LTP): Manifestations, site distribution, correlations and possible causes
A survey of lunar transient phenomena
Manifestations and possible sources of lunar transient phenomena (LTP)
Lunar outgassing, transient phenomena, and the return to the Moon. I. Existing data
Observations of lunar transient phenomena (LTP) in 1972 and 1973
originally posted by: OneBigMonkeyToo
originally posted by: openminded2011
a reply to: shawmanfromny
c'mon this is clearly fake.
And you draw this conclusion because..?
originally posted by: antmax21
Got to love how there isn’t one single star in this photo...
originally posted by: Soylent Green Is People
originally posted by: FormOfTheLord
originally posted by: Soylent Green Is People
originally posted by: FormOfTheLord
originally posted by: SpaghettiHero
Can someone explain to me why we aren't making temporary base on the moon to train Astronauts prior to going to Mars?
The moon would be a great place to test structural material and equipment before landing on another planet.
This is a really nice photo and captures a lot of detail however I was expecting the far side to consist entirely of cheese.
I'd like to see what China's space program does next.
Probably because we cannot get past the VAN ALLEN BELT and stay alive.
We also cannot survive in space for more than 6 months.
So we cant make the trip to mars.
For the Van Allen belt part, why not just go through the thinner and less dense parts where the radiation is lower, and go through it quickly -- thus minimizing the exposure to radiation?
But you are correct that long-duration missions outside of the Earth's protective magnetosphere would require additional radiation shielding that would not be required for shorter missions.
Polyethylene plastic (or any plastic dense in hydrogen) might be a good basis for lighter-weight shielding for cosmic particle radiation.
Plastic Could Protect Astronauts from Deep-Space Radiation
Its not just the radiation we need the gravity of earth to survive. Humans are kind of tuned to earth and cannot survive out of our envoronment unless we have some way to simulate the earth in all her glory in a space ship.
After 6 months of being in space we dont even look human anymore we start to puff up and our eyes go blind. the kinds of innovation we would need to live in space for long periods of time has yet to be revealed to earthbound humans.
I dont know maybe they have secretly figured it out and made supermen who could live in space for long periods of time and still function normally, however some would say they were no longer human if such hypothetical people existed.
While you are correct that living in zero-G for long durations causes harm to humans, it is NOT accurate to say that humans stop looking human and go blind after 6 months because of zero-G conditions. Space station astronauts have lived on the station for 6 months and more (NASA astronaut Scott Kelley lived on the station for a year) without going blind or puffing up until they no longer looked human.
Granted, there were issues of muscle atrophy and bone density. Exercise might be able to reduce those harmful effects somewhat, but they cannot minimize them to safe levels.
The best answer to minimizing the effects of a trip to Mars would be to develop propulsion technologies that might get us there more quickly -- tuning an 18-24 month round-trip mission into a 12-month (or quicker) mission.
originally posted by: ParasuvO
originally posted by: Soylent Green Is People
originally posted by: FormOfTheLord
originally posted by: Soylent Green Is People
originally posted by: FormOfTheLord
originally posted by: SpaghettiHero
Can someone explain to me why we aren't making temporary base on the moon to train Astronauts prior to going to Mars?
The moon would be a great place to test structural material and equipment before landing on another planet.
This is a really nice photo and captures a lot of detail however I was expecting the far side to consist entirely of cheese.
I'd like to see what China's space program does next.
Probably because we cannot get past the VAN ALLEN BELT and stay alive.
We also cannot survive in space for more than 6 months.
So we cant make the trip to mars.
For the Van Allen belt part, why not just go through the thinner and less dense parts where the radiation is lower, and go through it quickly -- thus minimizing the exposure to radiation?
But you are correct that long-duration missions outside of the Earth's protective magnetosphere would require additional radiation shielding that would not be required for shorter missions.
Polyethylene plastic (or any plastic dense in hydrogen) might be a good basis for lighter-weight shielding for cosmic particle radiation.
Plastic Could Protect Astronauts from Deep-Space Radiation
Its not just the radiation we need the gravity of earth to survive. Humans are kind of tuned to earth and cannot survive out of our envoronment unless we have some way to simulate the earth in all her glory in a space ship.
After 6 months of being in space we dont even look human anymore we start to puff up and our eyes go blind. the kinds of innovation we would need to live in space for long periods of time has yet to be revealed to earthbound humans.
I dont know maybe they have secretly figured it out and made supermen who could live in space for long periods of time and still function normally, however some would say they were no longer human if such hypothetical people existed.
While you are correct that living in zero-G for long durations causes harm to humans, it is NOT accurate to say that humans stop looking human and go blind after 6 months because of zero-G conditions. Space station astronauts have lived on the station for 6 months and more (NASA astronaut Scott Kelley lived on the station for a year) without going blind or puffing up until they no longer looked human.
Granted, there were issues of muscle atrophy and bone density. Exercise might be able to reduce those harmful effects somewhat, but they cannot minimize them to safe levels.
The best answer to minimizing the effects of a trip to Mars would be to develop propulsion technologies that might get us there more quickly -- tuning an 18-24 month round-trip mission into a 12-month (or quicker) mission.
What does that station have to do with actually being in space ?
False analogy.
originally posted by: Chadwickus
Must be hiding an alien base from the Plutoniums on that moon too!
Plutarians?
Plutoions?
originally posted by: wildespace
originally posted by: purplemer
originally posted by: TheSkunk
Can I ask why the crater is only indented with out an impact rim?
because it was created by electricity .
No it wasn't. A nearby impact obliterated part of that crater's wall. Stop trying to plug your "Electric Universe theory" into anything that seems mysterious or questionable.