Scientists Find Evidence of Water on the Moon, Here on Earth
Scientists found more evidence for the existence of water on the moon in a lunar meteorite found here on Earth. The discovery came in the form of moganite, a mineral similar to quartz that requires water to form.
Though there are hundreds of lunar meteorites on our planet, this is the first time researchers found the presence of moganite, an oxide mineral. Of the roughly 350 lunar meteorites discovered on Earth, the majority have been discovered in the Sahara and Antarctica.
Scientists originally believed water could exist on the moon in the form of ice trapped in its shadowy craters, though this theory was mostly conjecture. That was until 2008, when the Chandrayaan-1 probe discovered water vapor in the moon’s atmosphere. Since then, NASA’s Lunar Reconnaissance Orbiter has measured hydrogen on the moon’s surface, strongly suggesting the presence of water.
But it turns out this entire time, all the evidence we needed was here on Earth. And it’s the first sign of water in the subsurface of the moon at mid and lower latitudes.
A recent experiment by scientists at Brown University showed that melted rocks from asteroid impacts are capable of depositing large amounts of water on a planet or satellite. This discovery showed that its possible water on earth may have been deposited by such an impact. And researchers believe H2O may have arrived on the moon in the same way.
If true, this means there is a greater likelihood that a number of planets out there gained water, and subsequently life, through a this type of impact deposit. Though not all scientists agree, with some saying an impact that significant would actually eliminate any chance of water.
But if the theory is correct, it would posit that liquid water temporarily existed on the lunar surface, before it cooled below ground, remaining there and forming moganite in a process called brecciation.
Eventually, another comet impact hit the moon hard enough to blast some of that moganite with escape velocity, sending it out of the moon’s gravitational pull and toward Earth.
Because the moganite-rich meteorite was found in the arid climate of the Sahara, it rules out the possibility that brecciation could have happened on Earth from terrestrial weathering.
The find is promising for future colonization of the moon as a launch point for further space exploration. Water would not only provide a drinking supply for lunar inhabitants, but would offer a key component for making rocket fuel. Estimates put the amount of water contained in lunar soil as high as 0.6 percent, allowing for 1.6 gallons per 36 cubic feet.
Earth’s relationship with the moon is intrinsic to many planetary functions, though we’re not quite sure how it got there. Compared to other planets’ moons ours is massive, and it’s even possible life may not have formed on Earth at all without it in such close proximity.
Despite the numerous trips to the moon’s surface during the Apollo missions, its clear there is still a lot to learn about our lunar counterpart. With such a significant discovery found here on Earth, maybe its time to take another look at the samples brought back from the Apollo missions. Unless they too are just pieces of petrified wood.
Asgardia: The Space Nation Now Accepting Citizenship Applications
Elon Musk is trying to get to Mars, Japan wants to build a space elevator, and now a Russian billionaire wants to start a nation in low-earth orbit. Named after the Norse city in the sky, Asgardia dreams to be a utopian nation floating around Earth, where science and technology can flourish without being inhibited by the mundane goings-on down below.
Igor Ashurbeyli, an aerospace engineer from Azerbaijan, proposed the creation of Asgardia and quickly gained a following. Now, with nearly 200,000 “citizens,” he’s hoping to be accepted by the U.N. as a recognized nation in the world – the 173rd largest at time of writing.
Recently, Ashurbeyli partnered with NASA to successfully launch a satellite into orbit called the Asgardia-1. But the satellite was a small step in accomplishing the lofty goal of building habitable platforms for Asgardians at some point in the future.
Asgardia-1 is roughly the size of a loaf of bread, containing half a terabyte of pictures, names, the Asgardian constitution, and a coat of arms. It will orbit for about a year, before falling back to Earth and burning up in the atmosphere.