Mining Mars from Houston
An anonymous reader writes "Computer simulations of what bits of Earth, Mars and Venus might be found on the moon point to new methods for extraterrestrial sample return. Because the moon is lifeless, its sterile condition gives a very rare laboratory for collecting what may be as high as 3 grams of Earth's past, from the half-ton of lunar rocks and soil that Apollo returned for study [3 grams (Earth-terran), 0.03 grams (Mars), 0.003 grams (Venus)]. While such interplanetary exchanges are now thought common, what is surprising is these pristine samples often have never exceeded a temperature of around 100 F. Any similar planetary samples found today in, say, Antarctica, would have been weathered, eroded, or contaminated."
Read the post again, he wasn't talking about force. It usually helps to be right when calling someone an idiot, else the term could easily be applied to the person saying it.
One thing I would point out is that there is very little chance of recovering DNA from these samples, Correct me if I am wrong (I'm sure that will happen :) ) but organic matter would not stand a chance against the vacuum and radiation involved here.
Put on the proper space suit with no leakage before exploring for gold on that planet. Watch out for wind storms. Explore with caution!
"Weird, wild stuff," to quote Johnny Carson.
"All animals are created equal, but some animals are more equal than others." - George Orwell
"All animals are created equal, but some animals are more equal than others." - George Orwell
Getting high on 3 grams of "Earth's past"!
apparently, it's used by some people bound together by greed for wealth and power who disregard everyone but themselves to get ahead in life.
You're kidding. There's oil on Mars?
Ralph: I found a moonrock up my nose...
Bart: Houston,... we have a problem...
Unmanned gathering of moon rock was carried out back in 1972 by the Russians. It took 7 years after the analysis was published before anyone realized that there were organic patterns in the samples.
Real images of the fossils show bacteria-like shapes. There were claims that these fossils prove existance of life elsewhere in space but it seems more likely to me that they somehow came from Earth.
Japan's space agency,ISAS, is attepmting to send
a probe to asteroid 1998SF36 and get sample to
retrun to Earth.
Launch will take place 2003, May.
http://www.isas.ac.jp/e/index.html
He was just fucking with you! Can't you take a joke?
Don't be afaid to get your hands dirty.Dig in!
You mean Al Mardh?
0 \/\/ n 3 D :dancing banana:
There are some scientists worred about bringing samples directly from Mars to Earth. Fears of some unknown contamination. A moon base would be a perfect place to return from a Mars trip with samples. Keeps Earth isolated from possible contaminants.
doesn't matter, if there ARE any martians, they can either get with the 'program', or be deleted with the rest.
EWWWWWW! Nasty! In the name of god do not click on the links!!
This is what could happen if you overdrink! Now do you really want to drink again? I think not.
Why is everthing some exponent of a third of a gram?
Funding research on bringing back oil/minerals from high-radiation, toxic environments will certainly come in handy if the middle-east goes nuclear....
:-)
Yes, I'm feeling cynical today.....
Search 10 square km on the moon to find a speck of mars of a micro speck of venus.
.003 grams?
Wouldn't it just be easier to send a probe to those planets and sent back say 10 POUNDS of ROCK!
hello?
Ya we got 400kg of the moon here but think there going to let them go over everything looking for that
[3 grams (Earth-terran), 0.03 grams (Mars), 0.003 grams (Venus)]
Harumph! Grams are a unit of mass, not of weight, and thus independant of the gravitational force exerted on it. 3 grams on Earth is 3 grams on Mars is 3 grams on Venus is 3 grams in freefall.
Not only that, but the gravity of Venus is not one tenth that of Mars, it is closer to twice that of Mars: Venus is nearly as big as Earth. (Nor is the gravity of Mars only 1/100th Earth, it's about 1/3 Earth.)
Geez. If somebody was trying to be funny, it came off as incredibly stupid.
-- Alastair
The amounts they're talking about are what they expect to be able to extract from the half-ton or so that Apollo returned. 3 grams of material from Earth, 0.03g from Mars (makes sense, it's a hell of a lot further away), and 0.003g from Venus (far away, and closer to the sun. material has one hell of a time getting AWAY from the sun's gravitational well).
I'd say yeesh, read the article before you spout off your ignorance, but hey, this is Slashdot.
Endless arguments over trivial contradictions in books written by ignorant savages to explain thunder in the dark.
Maybe you don't understand the how the SI system is applied in everday use. Grams are definitely used as a unit of weight(force) where I live and also used as a unit of mass.
No one goes around talking about "how much does it cost for 400 Newtons of Apples?"
I guess it is the weight at sea level on Earth.