Bullet trains to the moon and Mars? What is Japan's plan for an interplanetary journey connecting Earth, Moon, and Mars?

Researchers from Japan’s Kyoto University, in a joint effort with Kajima Construction, are dealing with plans to introduce a space-powered Bullet Train that could revive the space travel industry.

As a collaboration with Kajima Construction, researchers at Kyoto University, Japan have announced the construction of an artificial space region between the interplanetary train connecting Earth, Moon, and Mars, as the world sees the beginning of the next Space Race.

It seems that sci-fi films could turn into the real world if Japanese technology was accepted. Humans can traverse different planets on the train soon! Indeed, you read it correctly. Japan has spread plans in an attempt to send humans to Mars and the Moon.

In a press conference last week, the group announced its futuristic intention to encourage the life structure of the ‘Glass’ region that duplicates Earth’s gravity, terrain and climate to prevent human musculoskeletal ‘weakening’ in non-existent and low-gravity environments.

Japan has made plans to build a glass natural environment structure that will duplicate Earth’s gravity, atmosphere, and topography to make us feel right at home.

With the new space race turning into the defining moment of our experience as the US recovers its lunar mission, China begins investigating Mars, Russia and China are setting up a common lunar base, and humans begin living beyond Earth not too far away. After all, the external gravity of the living earth and the atmosphere inside our bodies and physical characteristics have evolved over the years to carry risks.

Researchers from Japan’s Kyoto University Collaboration with Kajima Construction are working on this plan that could spark space travel, the Weather Channel reports. The researchers announced this last week in a press conference, the EurAsian Times reported.

CAPSULES WILL CONNECT EARTH TO THE MOON AND MARS

The interplanetary transportation system by Japanese researchers is called ‘Hexatrack’. Hexatrack will maintain 1G gravity over great distances to reduce the impact of openness stretched to low gravity.

The trains will also have hexagonal-shaped capsules called ‘Hexacapsules’ with a movable device in the middle.

As the Japanese researchers’ proposition points out, a mini capsule with a radius of 15 meters will connect the Earth and the Moon. To connect the moon and Mars, a capsule with a radius of 30 meters will be needed.

Currently, the capsule will utilize the type of electromagnetic technology used by Maglev trains in Germany and China.

While stations on the moon will use gateway satellites and will be known as Lunar Stations, train stations on Mars will be called Mars Stations. It will be set on the Mars satellite Phobos.

As per the Human Space Center, the Earth station will be called Terra Station and will be the successor space station of the International Space Station (ISS).

The space train, known as the Space Express, will work on a standard gauge track, reports Mashable India.

SPACE HABITAT LIKE A CHAMPANGE Flute

Most space transportation systems ignore the importance of terrestrial natural capital. After all, researchers at Kyoto University intend to build a living space that will reproduce facilities on Earth.

The researchers aimed to build a limited-living design that looks like a champagne flute with artificial gravity, green areas, and bodies of water, and complete with public transportation. The construction will be known as ‘The Glass’.

Low gravity is a major pressing issue as it can affect reproduction. Researchers at the university aim to curb these concerns. The structure will allow artificial gravity to generate gravity comparable to Earth’s environment by using the centrifugal force brought about by the alternation of the moon and Mars in space.

As per Japan’s The Asahi Shimbun, the plan could take a century to come true. Nonetheless, the researchers aim to build simplified prototype versions of Marsglass and Lunaglass by 2050.

According to the Director of SIC’s Center for Manned Cosmology Research and Graduate School of Advanced Integrated Studies at Kyoto University, Yosuke Yamashiki, what Japan will do for extraterrestrial habitation is very important to ensure the realization of human space colonization in the future.

Yosuke Yamashiki, Director of the SIC Manned Cosmology Research Center and the Graduate School of Advanced Integrated Studies at Kyoto University, said that

“Through discussions over the past few years, the three pillars that we propose this time are core technologies that are not in the development plans of other countries and are indispensable to ensure the realization of future human space colonization,” he said.

The ‘Glass’ – Another Earth on the Moon and Mars!

The human body may be too accustomed to low gravity in space, with muscles, bones and exoskeletal structures generally not making use of their innate ‘strength’ and ‘softening’ over the long term.

Raising children in space is significantly more dangerous, as their belongings have not been inspected, with the possibility that they cannot be effectively conceived. Regardless of whether they were, they most likely wouldn’t be able to remain alone when they returned to Earth. The team estimates migration to the Moon and Mars in the last 50% of the 21st century.

In this way, Kyoto University and Kajima Construction aim to create ‘The Glass,’ a conical living design with artificial gravity, complete with public transport, green areas, and bodies of water, mimicking facilities on Earth.

In last week’s press conference, their pictorial presentation featured a large rotating, cylindrical upright structure showing rivers, water, and park-like amenities for people to live in when they were not outside the planet’s terrain.

Basically, the transformed cone turns into an outer centrifuge that mimics Earth’s original gravitational impact. Measuring about 1,300 feet high and with a radius of 328 feet, the researchers hope to build a simplified version of the prototype by 2050. According to The Asahi Shimbun, the final version will take nearly a century to build and function.

The one on the moon will be known as ‘Lunaglass’ while the habitat on Mars will be known as ‘Marsglass.’ Elements from Earth’s terrain and ecosystems will be “extracted” for treatment into a “core biome complex”, which represents a multi-disciplinary area of ​​geography, biology, botany, various physics, engineering, and climatology.

Decreased bone density, muscle loss, and decreased vision have all been part of the impact of spaceflight and prolonged life beyond Earth on astronauts returning from the International Space Station (ISS). That makes ‘strict training’ astronauts thorough activity and strength preparation schedules often found on video.

The biochemical and neurological effects also include body fluids gathering in the upper body, often affecting vision. Space medicine, as a result, has branched out across all other specialized medical specialties over the past few years.

Interplanetary ‘Space Express’!

Group plans are sci-fi stuff. They also envision an interplanetary transport system, called ‘Hexatrack,’ that maintains 1G’s gravity under any circumstances, during long-distance travel to mitigate the impact of prolonged low-gravity exposure.

Hexacapsules are capsules with a hexagonal shape, and the mobile gadget is ready for the focus part.

There is a small mini capsule (radius 15 meters) that goes back and forth between Earth and the Moon and a large capsule (radius 30 meters) between Earth and Mars and the Moon and Mars.

The large capsule has a structure in which the outer ‘floating’ edge, possibly utilizing electromagnetic technology, is seen on Maglev trains in Germany and China.

The individual development of each vehicle utilizes the radial center axis. The development of the Moon and Mars follows 1G (30 meters radius, 5.5 revolutions/minute).

The track station on Earth is called Terra Station, while a train moving on a standard gauge track with six carriages will be known as the Space Express.

The main car and subsequent cars will have rocket boosters strapped to them to accelerate and decelerate in space while also getting away from each planet’s gravitational pull and staying out of the atmosphere. When on a planet with an atmosphere, its wings spread. It will work on the moon and Mars as a high-speed rail line, connecting base cities.

Yosuke Yamashiki, Director of SIC’s Center for Manned Cosmology Research and the Graduate School of Advanced Integrated Studies at Kyoto University, revealed that while the United States and the United Arab Emirates effectively encouraged migration to Mars, he wanted Japan to have a truly unique table. , “self-contained original idea.”

#Bullet #trains #moon #Mars #Japans #plan #interplanetary #journey #connecting #Earth #Moon #Mars