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Interest in the moon has resurfaced Recently, And Japan is looking for fun. Researchers and engineers from the University of Kyoto and of the Kazima Corporation released its joint venture For a three-pronged approach to sustainability human being Life on the moon and beyond.
The future of space exploration will likely be long lasting in a low-gravity environment, whether in orbit or on the surface of another planet. The problem is, lStaying in space can damage our physiology; The last Research This shows that astronauts can face a decade of losing bones in space over the course of months, and their bones never return to normal. Thankfully, researchers at Kyoto University and Kazima Corporation are looking for a possible solution engineer.
Proposal, announced in one Press release Last week, something seemed to come straight out of the pages of the sci-fi novel. Plan It is made up of three separate elements, the first of which is, Called “d Glass“ The goal is to bring modified gravity The moon And Mars through centrifugal force.
Gravity on the moon and Mars 16.5% and 37.9% of this are on the ground, respectively. Lunar glass and Mars glass can fill this gap. They are large, rotating cones that will use centrifugal force to induce the effects of the Earth’s gravity. These rotating cones will be approximately 328 feet (100 meters) in radius and 1,312 feet (400 meters) high, and will complete one wheel every 20 seconds, creating a 1g experience for those who are inside (1g is attractive). On the ground). Researchers are targeting the second half of the 21st century to create lunar glass, which seems irrationally optimistic given the technological expertise needed to remove it.
The second element of the plan is the “original bio-complex” to be “replaced by a reduced ecosystem,” according to a press release translated by Google. The main biomass complex will be present in the moon glass / Mars glass Structure and this is where human explorers will live up to their promise. TThe final element of the proposal is the “hexagon space track” or hexatric. High-speed transport infrastructure that can connect Earth, Mars and the Moon. Hexatrack will require at least three different stations, one on the moon Phobos on Mars, one in Earth orbit, and the other around the moon (possibly planned). Lunar Gates).
The return journey to the moon is approaching While interested in the solution Mars is growing. The biggest obstacle to long-term survival in these bodies is gravity. The offer by Kyoto University and Kajima Corporation is exciting and promising, but it is not something we should expect anytime soon.
More: The NASA Capstone Probe is officially heading to the moon
