Scientists have discovered a surprising new way for astronauts to stay in shape when residing on the surface of the Moon: a “Lunar Wall of Death” that allows them to take advantage of weak gravitational forces.
The same type of cylindrical structure used by acrobats who ride motorbikes can be used for astronauts keep fit on the Moon — an important problem to solve, as NASA intends to return astronauts to the lunar surface as part of its Artemis programwithin this decade.
A team of scientists, led by Alberto Minettiprofessor of physiology at the University of Milan, even put it to the test, successfully demonstrating that astronauts could run without help around a structure of this type.
According to The Byte, through a 30 meter telescopic crane and some bungee cordsthe team allowed the runner to experience the gravity levels of the Moon.
A video shows a researcher running effortlessly along the circular structure, which Could revolutionize astronauts’ future exercise routines who live on the Moon.
“I’m amazed that no one has come up with this idea before,” Minetti said. “This could be a convenient way to train on the Moon.”
Spending prolonged periods of time on the Moon’s surface poses health challenges, including radiation, micrometeorite showers, and limited access to breathable air and food.
As research has shown, the Space microgravity environment he has serious health consequences of astronauts, including loss of bones and muscles and deficits in the central nervous system.
Even weak gravity on the surface of the Moon could cause your condition to deteriorate over time.
University of Milan
Just like the astronauts who exercise aboard the International Space Stationfuture inhabitants of the moon will be able to use devices such as the Wall of Death to avoid these negative health effects.
According to Minetti and his colleagues’ calculations, astronauts would only need run at a speed of 8 mph or more to avoid falling.
However, other experts question whether this is the most efficient way to keep astronauts fit in space. After all, the first habitats they will probably be extremely small.
Teresa Oliveira Campos, ZAP //
