Using even the most advanced rocket propulsion technologies available today, it would take billions ...

A laser hit the tiny black cube, and it lurched forward almost at once. That split-second jump, caught during a zero-gravity ...

Space travel has long involved heavy lifting. To reach a destination, the spacecraft has ...

Renishaw, highlighted the use of its Additive Manufacturing technology in the development of a hypersonic aerospace ...

The Artemis II RS-25 engine, evolved from the Space Shuttle Main Engines. L3Harris has produced four RS-25 engines for the SLS core stage, with plans to manufacture additional engines for future ...

Adding iron to a copper-based propellant MOF simultaneously solves its water stability problem and boosts laser propulsion efficiency, breaking a trade-off once thought inherent. (Nanowerk Spotlight) ...

Here’s what you’ll learn when you read this story: Scientists and engineers are diligently working on innovative concepts to make the next era of human spaceflight more powerful and more efficient ...

A breakthrough in laser propeller efficiency by Chinese scientists could transform underwater watercraft propulsion. SCMP reported that the experts have improved laser propeller efficiency, which ...

This relatively long transit time is a result of the use of traditional chemical rocket fuel. An alternative technology to the chemically propelled rockets the agency develops now is called nuclear ...

COLUMBUS, Ohio – New developments in nuclear thermal propulsion technologies may soon enable advanced space missions to the farthest reaches of the solar system. Leading these advances are researchers ...