NASA Moon mission marks the start of a new space race | Tech News

NASA Moon mission marks the start of a new space race

NASA plans to launch the Artemis I lunar mission this Saturday, September 3, after a first attempt earlier in the week was cancelled at the last minute due to engine trouble.

| Updated on: Sep 09 2022, 09:56 IST
How well do you know Earth's Moon? How did it form, rotation, its orbit? Get up close and familiar- 5 points
NASA's Artemis I rocket
1/5 How did the Moon form? According to the information provided by NASA, the leading theory behind the formation of the Moon is that a Mars-sized object collided with Earth billions of years ago, and debris from this collision eventually formed the Moon. (NASA)
NASA's Artemis I rocket
2/5 Moon's rotation: The time it takes for the Moon to rotate once on its axis is equal to the time it takes for the Moon to orbit once around Earth. This keeps the same side of the Moon facing towards Earth throughout the month. (NASA)
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3/5 Moon orbit Earth: According to NASA, the Moon takes about one month to orbit Earth (27.3 days to complete a revolution, but 29.5 days to change from New Moon to New Moon). As the Moon completes each 27.3-day orbit around Earth, both Earth and the Moon are moving around the Sun. Because of this change in position, sunlight appears to hit the Moon at a slightly different angle on day 27 than it does on day zero ― even though the Moon itself has already traveled all the way around Earth. It takes a little more than two additional days for sunlight to hit the Moon in the same way it did on day zero. This is why it takes 29.5 days to get from new moon to new moon, even though it doesn’t take quite that long for the Moon itself to travel once around Earth. (NASA)
NASA's Artemis I rocket
4/5 Does the Moon have gravity? What would happen if there was no Moon? The Moon does have gravity. Because the Moon has less mass than Earth, its gravitational pull is weaker (about one-sixth of Earth’s). On the Moon, you will be able to jump about six times as high as you can on Earth ― but you would still come back down, informs NASA. Also, If there would be no Moon, Earth would be a very different world. The Moon’s gravity keeps our planet from wobbling on its axis too much, which helps to stabilize our climate. The Moon also plays an important role in creating tides in Earth’s oceans. (NASA)
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5/5 Who Has Walked on the Moon? Neil Armstrong and Edwin "Buzz" Aldrin were the first of 12 human beings to walk on the Moon. Four of America's moonwalkers are still alive: Aldrin (Apollo 11), David Scott (Apollo 15), Charles Duke (Apollo 16), and Harrison Schmitt (Apollo 17). In all, 24 American astronauts made the trip from Earth to the Moon between 1968 and 1972. Three astronauts made the journey from Earth to the Moon twice: James Lovell (Apollo 8 and Apollo 13), John Young (Apollo 10 and Apollo 16), and Gene Cernan (Apollo 10 and Apollo 17). (NASA)
NASA's Artemis I rocket
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Artemis I mission marks the start of a new space race to mine the Moon. (NASA)

NASA plans to launch the Artemis I lunar mission this Saturday, September 3, after a first attempt earlier in the week was cancelled at the last minute due to engine trouble.

The mission is an exciting step towards returning humans to the Moon for the first time since 1972. But this time it's not just about putting our footprints on lunar dust: it marks the beginning of a new space race for lunar resources. This time around, everybody wants to mine the Moon.

Return to the Moon

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Much about the Artemis programmeme is noble and inspiring.

Artemis I is the programmeme's first mission, and it will carry out a 42-day uncrewed test flight to orbit the Moon and return to Earth. The trip will use a new launch vehicle, the Space Launch System (SLS), which is the most powerful rocket currently operational in the world.

On board will be three mannequins made of materials replicating male and female biology. NASA will use the mannequins to test the comfort and safety of the launch vehicle and spaceflight capsule for humans.

There are also many other experiments on board, and a series of small satellites will be launched to provide data when the capsule nears the Moon.

The lessons from this mission will be applied to Artemis II, the mission planned for 2024 that will see the first woman and the first person of colour reach the Moon.

A new space race?

However, humanity's return to the Moon is not all about exploration and the pursuit of knowledge. Just as the 1960s space race was driven by Cold War geopolitics, today's space programmemes are underpinned by today's geopolitics.

Artemis is led by the US, with participation by the European Space Agency and many other friendly nations including Australia.

China and Russia are collaborating on their own Moon programmeme. They plan to land humans in 2026 and construct a Moon base by 2035.

India too is working on robotic Moon landers and a lunar spaceflight programmememe. The UAE plans to launch a lunar lander in November this year as well.

All of these programmemes are aiming to do more than simply land astronauts for brief visits to the Moon. The longer-term goal of the race is to acquire lunar resources.

Resources on the Moon

Water ice has been found in the southern regions of the Moon, and it is hoped certain gases that can be used for fuels can also be mined.

These resources could be used to support long-term human habitation on and near the Moon in lunar bases, as well as permanent space stations orbiting the Moon, such as NASA's planned Gateway.

The Australian Space Agency is supporting Australian industry to be part of the Artemis programme and America's planned later voyages to Mars. Australian scientists are also developing lunar rovers to assist lunar mining efforts.

Eventually, what we learn on the Moon will be used to advance to Mars. But, in the near term, the countries and associated commercial entities that get to the best mining sites first will dominate an emerging lunar economy and lunar politics.

What are the rules?

In the next five years or so we can expect to see enormous political tensions rising around this new race to the Moon.

One question that is yet to be answered: what laws will govern activities on the Moon?

The 1967 Outer Space Treaty prohibits appropriation in space “by claims of sovereignty, occupation or by any other means”. It is so far unclear whether mining or other forms of resource extraction fall under this prohibition.

The United Nations has a working group that aims to develop a multilateral consensus on legal aspects of space resource activities.

However, in 2020 the US got out in front of the UN process by establishing the Artemis Accords, which state that resource extraction will occur and is lawful. Twenty-one countries, including Australia, have signed these accords with the US, but they are far from universally accepted.

Another relevant treaty is the 1979 Moon Agreement, signed by 18 countries including Australia. This agreement states that no entity can own any part of the Moon, and obliges us to establish a regulatory regime for lunar mining “at such a time as the technology is about to become feasible”.

Australia is therefore between a lunar rock and a hard place as to what role we will play in developing these new laws. But international law-making and consensus-building are slow: most likely actual practice will be established in the next few years, and decisions on how to govern it will come after the fact.

Technical and political challenges

There is some poetic perfection in NASA having chosen the name “Artemis” for this new lunar endeavour. Artemis is the Greek goddess of the Moon, and the twin sister of Apollo (the namesake of NASA's 1960s Moon spaceflight programme).

Artemis declared she never wanted to be married because she didn't want to become the property of any man.

Even if ownership of the Moon cannot be claimed, we will see competition over whether parts of it can be mined. No doubt scientists and engineers will resolve the technical challenges of the return to the Moon. Resolving the legal and political challenges may prove more difficult. (The Conversation) AMS

By Cassandra Steer, Australian National University

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First Published Date: 04 Sep, 23:48 IST