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Copernical Team
Proposing a new idea for spacecraft propulsion that involves dynamic soaring

A team of researchers from McGill University and the Tau Zero Foundation is proposing a new idea for faster spacecraft propulsion that involves dynamic soaring. In their paper published in the journal Frontiers in Space Technology, the group outlines the idea of dynamic soaring as it applies to a speedy way to move through space and other possible uses for it.
Over the past several decades, as human-built space vehicles have made their way to many of the planets and moons in our solar system, it has become clear that a means is required for creating spacecraft that can get to distant destinations in space much faster.
Coming soon: MTG The Next Generation
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One week today, the first of a new generation of weather satellites will take to the skies. The Meteosat Third Generation system is the most complex and innovative meteorological satellite system ever built. It will bring new capabilities to monitor weather, climate and the environment from space like never before – promising to further bolster Europe’s leadership in weather forecasting.
Join us for the live launch coverage of the Metetosat Third Generation Imager on 13 December on ESA Web TV.
China's Shenzhou-14 astronauts return safely, accomplishing many "firsts"
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Space Software provider Antaris announces launch readiness of world's first cloud-built demonstration satellite
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NOAA approves Maxar to provide non-earth imaging services to government and commercial customers
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Terran Orbital assists demonstration of 1.4 Terabyte Single-Pass Optical Downlink for Pathfinder TD3 Satellite
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Cosmic ray counts hidden in spacecraft data highlight influence of solar cycle at Mars and Venus
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NASA's Roman Mission completes key optical components
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Sierra Space selected by Maxar to provide solar power solutions for constellation of proliferated LEO satellites
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Impact-induced formation of microscopic magnetite first confirmed in Chang'E-5 lunar soil
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