k Astronauts on HighAltitude Platform Artwork of astronauts high above the Earth on a structure attached to an orbital ring. An orbital ring is a magnetised construct that encircles the Earth and moves around it with orbital velocity. Structures can be magnetically levitated above the ring or suspended from it, so that they remain stationary relative to the Earth. This could be used to support, for example, space hotels, manufacturing plants or even habitats. As these objects do not move relative the Earth i.e. they are not in orbit or freefall, a person standing on one would weigh only slightly less than at sea level, the diminished gravity being due to the increased distance from the centre of the planet., by MARK GARLICKSCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Astronauts on High Altitude Platform Artwork of astronauts high above the Earth on a structure attached to an orbital ring. An orbital ring is a magnetised construct that encircles the Earth and moves around it with orbital velocity. Structures can be magnetically levitated above the ring or suspended from it, so that they remain stationary relative to the Earth. This could be used to support, for example, space hotels, manufacturing plants or even habitats. As these objects do not move relative the Earth  i.e. they are not in orbit or freefall , a person standing on one would weigh only slightly less than at sea level, the diminished gravity being due to the increased distance from the centre of the planet., by MARK GARLICK SCIENCE PHOTO LIBRARY
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Astronauts on High-Altitude Platform

Artwork of astronauts high above the Earth on a structure attached to an orbital ring. An orbital ring is a magnetised construct that encircles the Earth and moves around it with orbital velocity. Structures can be magnetically levitated above the ring or suspended from it, so that they remain stationary relative to the Earth. This could be used to support, for example, space hotels, manufacturing plants or even habitats. As these objects do not move relative the Earth (i.e. they are not in orbit or freefall), a person standing on one would weigh only slightly less than at sea level, the diminished gravity being due to the increased distance from the centre of the planet., by MARK GARLICK/SCIENCE PHOTO LIBRARY

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ID
247585418

Collection

License type
Royalty Free

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Resolution
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Image size (px)
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(cm)
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S
0.3 MB
724 x 407 px
6.1 x 3.4 cm
$ 100.00
M
2.8 MB
2290 x 1288 px
19.4 x 10.9 cm
$ 180.00
L
17.8 MB
5760 x 3240 px
48.8 x 27.4 cm
$ 350.00
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