NASA is working on tech that could enable trips to Mars in just 3 days
angelia
www.diecastingpartsupplier.com
2016-02-26 14:50:12
Among the many problems with manned missions to Mars is the amount of time it takes for any ship to get to the red planet. Current estimates are that it would take a manned spacecraft approximately six months to travel from Earth to Mars, although NASA is working on an experimental project that it thinks could enable travel to Mars in a matter of days.
NASA recently posted a video where scientist Philip Lubin talked about the possibility of building a laser propulsion system capable of sending a 100-kilogram spacecraft to Mars in just three days and of getting a manned spacecraft there in one month.
Basically, this proposed system would rely on electromagnetic acceleration instead of chemical acceleration that’s used right now when a rocket propels itself by burning fuel. Having to rely on a giant fuel supply needlessly weighs down the spacecraft and makes travelling long distances in space very inefficient from an energy standpoint. Electromagnetic acceleration, meanwhile, doesn’t have any such burdens.
“Electromagnetic acceleration is only limited by the speed of light while chemical systems are limited to the energy of chemical processes,” Lubin recently wrote in a paper about the technology.
Creating such a propulsion system would entail “using a very intense light source to accelerate matter,” Lubin explains. While this may sound simple, designing such a system would nonetheless be hugely challenging. As ScienceAlert explains, building this system could require “a lot of complicated and expensive equipment — such as the ring of superconducting magnets that make up the Large Hadron Collider,” which “hasn’t been easy to scale up to the size required for space travel.”
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NASA recently posted a video where scientist Philip Lubin talked about the possibility of building a laser propulsion system capable of sending a 100-kilogram spacecraft to Mars in just three days and of getting a manned spacecraft there in one month.
Basically, this proposed system would rely on electromagnetic acceleration instead of chemical acceleration that’s used right now when a rocket propels itself by burning fuel. Having to rely on a giant fuel supply needlessly weighs down the spacecraft and makes travelling long distances in space very inefficient from an energy standpoint. Electromagnetic acceleration, meanwhile, doesn’t have any such burdens.
“Electromagnetic acceleration is only limited by the speed of light while chemical systems are limited to the energy of chemical processes,” Lubin recently wrote in a paper about the technology.
Creating such a propulsion system would entail “using a very intense light source to accelerate matter,” Lubin explains. While this may sound simple, designing such a system would nonetheless be hugely challenging. As ScienceAlert explains, building this system could require “a lot of complicated and expensive equipment — such as the ring of superconducting magnets that make up the Large Hadron Collider,” which “hasn’t been easy to scale up to the size required for space travel.”
You can import high quality custom machined aluminium parts ,aluminum die casting parts,aluminum die casting case from XY-GLOBAL