A circular space economy could transform wasteful spaceflight into a sustainable, reusable system for the future.
Structure of proposed satellite telecommunication constellations in Low Earth Orbit from 1958 to 2037 (predicted). The ...
An AI system developed at NYU Abu Dhabi can predict solar wind conditions four days ahead by analyzing detailed images of the Sun. The improved accuracy may help shield satellites, power grids, and ...
Left unchecked, the space around our planet could get so cluttered with debris that we might not be able to use some orbits anymore, according to the latest European Space Agency (ESA) report on the ...
By any measure, America’s space industry is crowded with innovation — but on Florida’s Space Coast this fall, two home-grown companies.
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Revolutionary Concept Could Transform Space Debris Into Future Spacecraft
As the space industry continues to grow, the environmental impact of space missions becomes an increasingly urgent concern. A ...
Every time a rocket is launched, tons of valuable materials are lost, and huge amounts of greenhouse gases and ...
General Atomics Electromagnetic Systems signed an agreement with the Space Development Agency to conduct experiments for optical inter-satellite links using the company’s laser communication terminals ...
If we could farm in space, astronauts would have fresh, familiar foods. Those plants could recycle air and water. Plus, it feels good to be around plants. Once more people – and maybe even cats – can ...
🚀 Türkiye’s 1st homegrown orbital transfer vehicle begins space mission 🛰️ The hybrid-motor FGN-TUG-S01, launched aboard ...
Simulate satellite thermal behavior in orbit. Explore how a Monte Carlo model demonstrates temperature changes as it moves ...
Türkiye's first fully homegrown orbital transfer vehicle (OTV), the FGN-TUG-S01, developed by Fergani Space, began its ...
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