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DUKAS_181471456_BES
Projet de station spatiale sur Mars
Pictures must credit: Thomas Herzig / Pneumocell.com An engineer who has worked on how to set up and feed a colony in Mars has now come up with the best way to put humans on the surface. And he reckons its done by hitching a ride on a passing asteroid. An astronaut’s body will have to endure extreme hardships on a month-long journey to and and then from the Red Planet. They will be exposed to a high dose of cosmic radiation and microgravity where muscles and Bones gradually weaken. When crew members leave their safe habitat to explore the Mars surface another problem is the negative impact on physical performance due microgravity in the spacecraft that took them there. Astronauts returning from the International Space Station already face problems after much shorter stays such as muscle atrophy reduced bone mass ,heart shrinkage and vision issues. Some have too weak to stand on their feet when they initially set foot back on Earth although they recover within a few weeks under careful medical supervision. A new type of space station has been proposed for orbiting Mars using a rotating habitat to simulate gravity as seen in the classic Sixties science fiction film, 2001: A Space Odyssey. It should not spin faster than three revolutions per minute to avoid causing dizziness and motion sickness and so would need a radius of 100 Austrian Thomas Herzig’s idea is for a space station to be assembled on an asteroid called Itokawa which passes close to both Mars and Earth during its journey around the Sun. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_181471443_BES
Projet de station spatiale sur Mars
Pictures must credit: Thomas Herzig / Pneumocell.com An engineer who has worked on how to set up and feed a colony in Mars has now come up with the best way to put humans on the surface. And he reckons its done by hitching a ride on a passing asteroid. An astronaut’s body will have to endure extreme hardships on a month-long journey to and and then from the Red Planet. They will be exposed to a high dose of cosmic radiation and microgravity where muscles and Bones gradually weaken. When crew members leave their safe habitat to explore the Mars surface another problem is the negative impact on physical performance due microgravity in the spacecraft that took them there. Astronauts returning from the International Space Station already face problems after much shorter stays such as muscle atrophy reduced bone mass ,heart shrinkage and vision issues. Some have too weak to stand on their feet when they initially set foot back on Earth although they recover within a few weeks under careful medical supervision. A new type of space station has been proposed for orbiting Mars using a rotating habitat to simulate gravity as seen in the classic Sixties science fiction film, 2001: A Space Odyssey. It should not spin faster than three revolutions per minute to avoid causing dizziness and motion sickness and so would need a radius of 100 Austrian Thomas Herzig’s idea is for a space station to be assembled on an asteroid called Itokawa which passes close to both Mars and Earth during its journey around the Sun. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_181471430_BES
Projet de station spatiale sur Mars
Pictures must credit: Thomas Herzig / Pneumocell.com An engineer who has worked on how to set up and feed a colony in Mars has now come up with the best way to put humans on the surface. And he reckons its done by hitching a ride on a passing asteroid. An astronaut’s body will have to endure extreme hardships on a month-long journey to and and then from the Red Planet. They will be exposed to a high dose of cosmic radiation and microgravity where muscles and Bones gradually weaken. When crew members leave their safe habitat to explore the Mars surface another problem is the negative impact on physical performance due microgravity in the spacecraft that took them there. Astronauts returning from the International Space Station already face problems after much shorter stays such as muscle atrophy reduced bone mass ,heart shrinkage and vision issues. Some have too weak to stand on their feet when they initially set foot back on Earth although they recover within a few weeks under careful medical supervision. A new type of space station has been proposed for orbiting Mars using a rotating habitat to simulate gravity as seen in the classic Sixties science fiction film, 2001: A Space Odyssey. It should not spin faster than three revolutions per minute to avoid causing dizziness and motion sickness and so would need a radius of 100 Austrian Thomas Herzig’s idea is for a space station to be assembled on an asteroid called Itokawa which passes close to both Mars and Earth during its journey around the Sun. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_181471417_BES
Projet de station spatiale sur Mars
Pictures must credit: Thomas Herzig / Pneumocell.com An engineer who has worked on how to set up and feed a colony in Mars has now come up with the best way to put humans on the surface. And he reckons its done by hitching a ride on a passing asteroid. An astronaut’s body will have to endure extreme hardships on a month-long journey to and and then from the Red Planet. They will be exposed to a high dose of cosmic radiation and microgravity where muscles and Bones gradually weaken. When crew members leave their safe habitat to explore the Mars surface another problem is the negative impact on physical performance due microgravity in the spacecraft that took them there. Astronauts returning from the International Space Station already face problems after much shorter stays such as muscle atrophy reduced bone mass ,heart shrinkage and vision issues. Some have too weak to stand on their feet when they initially set foot back on Earth although they recover within a few weeks under careful medical supervision. A new type of space station has been proposed for orbiting Mars using a rotating habitat to simulate gravity as seen in the classic Sixties science fiction film, 2001: A Space Odyssey. It should not spin faster than three revolutions per minute to avoid causing dizziness and motion sickness and so would need a radius of 100 Austrian Thomas Herzig’s idea is for a space station to be assembled on an asteroid called Itokawa which passes close to both Mars and Earth during its journey around the Sun. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_181471404_BES
Projet de station spatiale sur Mars
Pictures must credit: Thomas Herzig / Pneumocell.com An engineer who has worked on how to set up and feed a colony in Mars has now come up with the best way to put humans on the surface. And he reckons its done by hitching a ride on a passing asteroid. An astronaut’s body will have to endure extreme hardships on a month-long journey to and and then from the Red Planet. They will be exposed to a high dose of cosmic radiation and microgravity where muscles and Bones gradually weaken. When crew members leave their safe habitat to explore the Mars surface another problem is the negative impact on physical performance due microgravity in the spacecraft that took them there. Astronauts returning from the International Space Station already face problems after much shorter stays such as muscle atrophy reduced bone mass ,heart shrinkage and vision issues. Some have too weak to stand on their feet when they initially set foot back on Earth although they recover within a few weeks under careful medical supervision. A new type of space station has been proposed for orbiting Mars using a rotating habitat to simulate gravity as seen in the classic Sixties science fiction film, 2001: A Space Odyssey. It should not spin faster than three revolutions per minute to avoid causing dizziness and motion sickness and so would need a radius of 100 Austrian Thomas Herzig’s idea is for a space station to be assembled on an asteroid called Itokawa which passes close to both Mars and Earth during its journey around the Sun. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_181471391_BES
Projet de station spatiale sur Mars
Pictures must credit: Thomas Herzig / Pneumocell.com An engineer who has worked on how to set up and feed a colony in Mars has now come up with the best way to put humans on the surface. And he reckons its done by hitching a ride on a passing asteroid. An astronaut’s body will have to endure extreme hardships on a month-long journey to and and then from the Red Planet. They will be exposed to a high dose of cosmic radiation and microgravity where muscles and Bones gradually weaken. When crew members leave their safe habitat to explore the Mars surface another problem is the negative impact on physical performance due microgravity in the spacecraft that took them there. Astronauts returning from the International Space Station already face problems after much shorter stays such as muscle atrophy reduced bone mass ,heart shrinkage and vision issues. Some have too weak to stand on their feet when they initially set foot back on Earth although they recover within a few weeks under careful medical supervision. A new type of space station has been proposed for orbiting Mars using a rotating habitat to simulate gravity as seen in the classic Sixties science fiction film, 2001: A Space Odyssey. It should not spin faster than three revolutions per minute to avoid causing dizziness and motion sickness and so would need a radius of 100 Austrian Thomas Herzig’s idea is for a space station to be assembled on an asteroid called Itokawa which passes close to both Mars and Earth during its journey around the Sun. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_181471378_BES
Projet de station spatiale sur Mars
Pictures must credit: Thomas Herzig / Pneumocell.com An engineer who has worked on how to set up and feed a colony in Mars has now come up with the best way to put humans on the surface. And he reckons its done by hitching a ride on a passing asteroid. An astronaut’s body will have to endure extreme hardships on a month-long journey to and and then from the Red Planet. They will be exposed to a high dose of cosmic radiation and microgravity where muscles and Bones gradually weaken. When crew members leave their safe habitat to explore the Mars surface another problem is the negative impact on physical performance due microgravity in the spacecraft that took them there. Astronauts returning from the International Space Station already face problems after much shorter stays such as muscle atrophy reduced bone mass ,heart shrinkage and vision issues. Some have too weak to stand on their feet when they initially set foot back on Earth although they recover within a few weeks under careful medical supervision. A new type of space station has been proposed for orbiting Mars using a rotating habitat to simulate gravity as seen in the classic Sixties science fiction film, 2001: A Space Odyssey. It should not spin faster than three revolutions per minute to avoid causing dizziness and motion sickness and so would need a radius of 100 Austrian Thomas Herzig’s idea is for a space station to be assembled on an asteroid called Itokawa which passes close to both Mars and Earth during its journey around the Sun. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_181471365_BES
Projet de station spatiale sur Mars
Pictures must credit: Thomas Herzig / Pneumocell.com An engineer who has worked on how to set up and feed a colony in Mars has now come up with the best way to put humans on the surface. And he reckons its done by hitching a ride on a passing asteroid. An astronaut’s body will have to endure extreme hardships on a month-long journey to and and then from the Red Planet. They will be exposed to a high dose of cosmic radiation and microgravity where muscles and Bones gradually weaken. When crew members leave their safe habitat to explore the Mars surface another problem is the negative impact on physical performance due microgravity in the spacecraft that took them there. Astronauts returning from the International Space Station already face problems after much shorter stays such as muscle atrophy reduced bone mass ,heart shrinkage and vision issues. Some have too weak to stand on their feet when they initially set foot back on Earth although they recover within a few weeks under careful medical supervision. A new type of space station has been proposed for orbiting Mars using a rotating habitat to simulate gravity as seen in the classic Sixties science fiction film, 2001: A Space Odyssey. It should not spin faster than three revolutions per minute to avoid causing dizziness and motion sickness and so would need a radius of 100 Austrian Thomas Herzig’s idea is for a space station to be assembled on an asteroid called Itokawa which passes close to both Mars and Earth during its journey around the Sun. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_181471352_BES
Projet de station spatiale sur Mars
Pictures must credit: Thomas Herzig / Pneumocell.com An engineer who has worked on how to set up and feed a colony in Mars has now come up with the best way to put humans on the surface. And he reckons its done by hitching a ride on a passing asteroid. An astronaut’s body will have to endure extreme hardships on a month-long journey to and and then from the Red Planet. They will be exposed to a high dose of cosmic radiation and microgravity where muscles and Bones gradually weaken. When crew members leave their safe habitat to explore the Mars surface another problem is the negative impact on physical performance due microgravity in the spacecraft that took them there. Astronauts returning from the International Space Station already face problems after much shorter stays such as muscle atrophy reduced bone mass ,heart shrinkage and vision issues. Some have too weak to stand on their feet when they initially set foot back on Earth although they recover within a few weeks under careful medical supervision. A new type of space station has been proposed for orbiting Mars using a rotating habitat to simulate gravity as seen in the classic Sixties science fiction film, 2001: A Space Odyssey. It should not spin faster than three revolutions per minute to avoid causing dizziness and motion sickness and so would need a radius of 100 Austrian Thomas Herzig’s idea is for a space station to be assembled on an asteroid called Itokawa which passes close to both Mars and Earth during its journey around the Sun. Picture supplied by JLPPA
JLPPA / Bestimage