Now, I'm not too sure about this, but I saw a programme on TV a while
back about some German scientist who claims to have sent a message
faster than light using the quantum tunneling effect. This however was
only in a lab, over a distance of a few metres, and the proof was dodgy
at best. If this is proven to have happened, then with a hefty amount of
scaling-up, the principle could possibly be applied to a spacecraft.
The only real drawback I can see is that the tunneling effect is a
result of the uncertainty principle, therefore random in nature. This
could cause problems if, when the drive is engaged, the ship is reduced
to it's component atoms and flung around the universe.
The whole effect though wouldn't be nearly as destructive as bending a
galaxy in half, just because you want to travel to the other side
quickly.
Andrew(reaching for the napalm cannister)
back about some German scientist who claims to have sent a message
faster than light using the quantum tunneling effect. This however was
only in a lab, over a distance of a few metres, and the proof was dodgy
at best. If this is proven to have happened, then with a hefty amount of
scaling-up, the principle could possibly be applied to a spacecraft.
The only real drawback I can see is that the tunneling effect is a
result of the uncertainty principle, therefore random in nature. This
could cause problems if, when the drive is engaged, the ship is reduced
to it's component atoms and flung around the universe.
The whole effect though wouldn't be nearly as destructive as bending a
galaxy in half, just because you want to travel to the other side
quickly.
Andrew(reaching for the napalm cannister)