Interesting development, but still experimental fringe science for now.HIGHERBEAM wrote:The general thinking is we could get to mars in 39 days with a plasma rocket,
NASA's current plan is to use hydrogen fueled scram jets (Ozzy version, Jap version failed). During ignition/combustion in our atmosphere the oxygen is sucked in from the air. Ignition/combustion in space or an atmosphere deficient in oxygen would require oxygen tanks like current space shuttles.
A plasma rocket would negate need for oxygen for hydrogen combustion, but would require carrying a large power source to function.
Terraforming a planet like our own, with a thick atmosphere is physicly possible, but would require expending vast resources over a long time frame. Terraforming a planet like Mars with a thin atmosphere seems a bit too fantasmical to me. I'm inlined to think it'd be like flogging a dead pagasus.
A lot of energy indeed, and way beyond our current capabilities.Super Nova wrote:It would require a lot of energy to simulate the magnetosphere. maybe we could get the core of the planet heated up enough to have molten metal again.
Phobos and Deimos are believed to be Martian gravity captured asteroids.Super Nova wrote:Changing the orbit of a moon may do it over time.
The asteroid belt between Mars and Jupiter has many asteroids which without Jupiter's gravity would/could become grave threats to life on Earth.
Mucking with orbits of Martian moons/satelites could potentially set it adrift, only to be picked up by Earth's greater gravity and cause an impact extiction event.