
© NASA
Space engines might soon become far more resourceful: An Australian PhD student has claimed to have beaten NASA's fuel efficiency record and developed a new type of ion space drive that can use a variety of metals, even those found in space junk, as fuel.
University of Sydney doctoral candidate in Physics, Paddy Neumann, has developed a "new kind of ion space drive" that
outperforms NASA's in fuel efficiency, according to student newspaper Honi Soit. While Neumann's technology is not that efficient in acceleration, it could potentially be used for the transportation of cargo over long distances in space.
The research, which is yet to be published in a peer-reviewed magazine, so far has been presented as a record breaking invention.
"The current record, held by NASA's HiPEP system, allows 9600 (+/- 200) seconds of specific impulse," the newspaper wrote. "However, results recorded by the Neumann Drive have been as high as 14,690 (+/- 2000), with even conservative results performing well above NASA's best."
NASA's variation of the ion thruster (High Power Electric Propulsion, or
HiPEP) was ground-tested in 2003 and was intended to be used on a mission of Jupiter Icy Moons Orbiter, that was canceled in 2005.
Comment: Microbeads are highly potent concentrators of toxins. Tiny marine creatures often mistake these particles for food, and when these creatures are eaten by other fish the chemicals then bio-magnify up the food chain. Top predators such as tuna and swordfish, which are consumed by humans, thus have high concentrations of these toxic microbeads.