University of Southampton tests new rocket thruster for deep space exploration

Researchers at the University of Southampton are developing a revolutionary propulsion system that could enable spacecraft to travel indefinitely in deep space. This new technology, known as Super Magdrive, allows for the harvesting of metals found on celestial bodies like comets and moons, which can then be used as fuel. Unlike traditional rocket propulsion systems that rely on rare gases, this innovative approach utilizes abundant metals such as iron, aluminum, and copper, making it feasible for long-term space exploration. The project has received significant funding from the UK government, amounting to £1 million, and is being developed in collaboration with the British space firm Magdrive. Lead scientist Dr. Minkwan Kim emphasizes the potential of this technology to transform deep space missions, enabling humanity to explore new planets and seek out extraterrestrial life. The implications of this advancement could lead to unprecedented discoveries and a deeper understanding of the universe, marking a significant step forward in space exploration capabilities.