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Explore space using swarms of tiny satellites

by Xu, Shuyan , Levchenko, Igor , Kuninaka, Hitoshi , Bazaka, Kateryna , Keidar, Michael , Cantrell, Jim , Wu, Yue-Liang

in 639/301 / 706/703/559 / Astronauts / Comment / Composite materials / Costs and Cost Analysis / Design / Entrepreneurs / Environmental research / Global positioning systems / GPS / Ionizing radiation / Jellyfishes / Mars (Planet) / Miniaturization - instrumentation / Moon / Power plants / Satellite launching / Satellites / Satellites (Spacecraft) / Scientists / Space exploration / Space Flight - economics / Space Flight - instrumentation / Space Flight - trends / Space stations / Space technology / Spacecraft - economics / Spacecraft - instrumentation

2018

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Explore space using swarms of tiny satellites

by Xu, Shuyan , Levchenko, Igor , Kuninaka, Hitoshi , Bazaka, Kateryna , Keidar, Michael , Cantrell, Jim , Wu, Yue-Liang

2018

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Explore space using swarms of tiny satellites

by Xu, Shuyan , Levchenko, Igor , Kuninaka, Hitoshi , Bazaka, Kateryna , Keidar, Michael , Cantrell, Jim , Wu, Yue-Liang

2018

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Journal Article

Explore space using swarms of tiny satellites

Xu, Shuyan,

Levchenko, Igor,

Kuninaka, Hitoshi,

Bazaka, Kateryna,

Keidar, Michael,

Cantrell, Jim,

Wu, Yue-Liang

2018

Overview

Sand-grain-sized computers, self-healing materials and constellations of craft would reboot our reach, explain Igor Levchenko, Michael Keidar and colleagues. Sand-grain-sized computers, self-healing materials and constellations of craft would reboot our reach.

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Publisher

Nature Publishing Group UK,Nature Publishing Group

Subject

639/301

/ 706/703/559

/ Astronauts

/ Comment

/ Composite materials

/ Costs and Cost Analysis

/ Design