NASA Announces Plans to Colonize the Moon By 2030
NASA has committed to putting humans on the moon by 2024 and human settlements by 2030, but what will it take to achieve this lofty goal?
Under NASA’s Artemis program the space agency announced the priority of going back to the moon with settlements on the lunar surface by 2030 that would act as a launch point for future missions to Mars. The program has many goals, chief among them to learn how to live on the surface of another planet.
But the moon’s surface is a harsh and hostile environment. Micrometeorites pelting the surface like missiles, 400-degree temperature swings, and the constant risk of radiation exposure from the sun create many obstacles for putting long-term settlements on the lunar surface. On the moon, we will have to supply the same foundations of human survival as we do on Earth including water, shelter, food, and oxygen. NASA is partnering with public and private partners to solve these problems.
So how will astronauts access these vital resources needed for survival? NASA won’t be able to bring sufficient life-sustaining resources from Earth, so they’ll have to make it upon arrival.
A Massive Meteor Hit Earth Last Year; Almost No One Noticed
A massive meteor explosion over the Bering Sea three months ago went completely unnoticed until just now, when scientists reviewed low-frequency acoustic wave data picked up by global recording stations. The 32-foot diameter meteor exploded on Dec. 18, releasing 173 kilotons of energy – about 10 times that of the atomic bomb dropped on Hiroshima.
This latest meteor explosion was the second largest impact in the past 30 years, coming in behind the Chelyabinsk meteor of 2013 which caused a number of injuries and was widely captured on video.
But unlike Chelyabinsk, this recent explosion took three months to be detected by a scientist studying infrasound data, which is inaudible to humans, but recorded by 16 monitoring stations around the world. The explosion is even being compared to the Tunguska event of 1908, during which a meteorite leveled an area of Siberia that included somewhere in the range of 80 million trees.
The explosion occurred in an incredibly remote area of the planet over an ocean where, luckily, no air traffic was passing through at that moment. But the fact that meteors this size with devastating potential, can enter the atmosphere almost undetected is a little unsettling.
While it wasn’t witnessed or officially recognized until now, footage from a Japanese weather satellite happened to capture an image of the explosion as it entered the atmosphere between Russia and Alaska.
Scientists often refer to a meteorite this size as a city-buster due to its potential to level an entire city, and bolides this size tend to enter our atmosphere a few times per century.
Reassuringly, most of the larger asteroids floating in our general vicinity have been mapped out and are regularly monitored by scientists at various observatories – even if we don’t necessarily have the means to deflect them if they were on a crash course with Earth.
But these mid-size rocks are particularly troubling, especially as man-made space debris can lead to collisions and changes in trajectory.
The technology and cataloging of 90 percent of all near-Earth asteroids larger than 450 feet in diameter is underway, but may take several decades. But these are only the rare nation-busters that would wipe out an entire country; mapping out all of the smaller city-busters is something that hasn’t really been considered, if it’s even possible.
Seems like it might be time someone builds a machine learning algorithm to do that for us.
For more on near-miss asteroids check out this episode of Beyond Belief with Dan Durda: