Astronomers are always curious to explore undiscovered areas beyond their immediate surroundings. Deep space exploration might be a solution for enhanced study of universe evolution, dark matter, or finding extraterrestrial life.
Due to technology limitations and the vast distances between, much of deep space exploration today is largely based on theoretical science, supported by observations and simulations. The scenario is about to change, with scientists testing a rocket thruster that promises to “go further than ever before.”
Engineers at the University of Southampton are trailing a new propulsion system, Super Magdrive, that can propel spacecraft using my metal as a fuel. The new propulsion system draws energy from any metal that can burn, such as Iron, Aluminium, or Copper.
Researchers believe that the technology has the potential to offer never-ending space exploration. Once the fuel on the spaceship runs down, the Super Magdrive system can refill its tanks using minerals harvested after landing on a minerals-rich comet or moon.
“Spacecraft have limited amounts of fuel because of the enormous cost and energy it takes to launch them into space. But these new thrusters are capable of being powered by any metal that can burn, such as iron, aluminium, or copper.” says the lead scientist Dr. Minkwan Kim, from the University of Southampton.
“Once fitted, spacecraft could land on a comet or moon, rich in these minerals, and harvest what it needs before jetting off with a full tank. It could open up vast new frontiers and accelerate our understanding of the universe.” Dr. Kim continued.
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Scientists at the University of Southampton are working on the Super Magdrive propulsion system in collaboration with British-based space firm Magdrive. The UK government granted a fund of £1 million to bring the technology into reality.
“The system could help us explore new planets, seek out new life, and go where no human has gone before – enabling never-ending discovery,” says Dr. Kim.