Comment Re:You mean Star Trek? (Score 1) 179
Yes, it works for particles, when you have sufficient energy. Technically a plasma can ionize it, and then deflect/repel it along an magnetic field, much like a particle accelerator does. Yet the same can be accomplished by EM radiation alone (ionizing radiation), which could/would subsequently create said plasma. Although I'm not sure what you could to against subatomic particles that have no charge, like neutrons.
The difficulty would not only be in stopping lasers, it's stopping any kinds of EM radiation.
For example they use their main deflector shield to protect the ship from particles at superluminal velocities, implying that these particles can penetrate the warp bubble, that bends space, around the ship.
But how does it protect them from EM radiation? Can EM radiation penetrate the warp bubble? From the series we know that you can see something from the inside of the ship, implying that EM radiation is well able to penetrate the bubble and reach the ship.
As we know from wave phenomenons like the Doppler effect, every form of EM radiation in line of the travel direction would become hard radiation (gamma rays) at high speeds, being able to penetrate thick layers of mass. Even impulse speeds could reach 4/5 c, according to VOY.So what do you do against incoming light with your shields? Remember that you can't adapt your shield to the incoming frequency before it even hits you.
Certainly with an incredible source of energy such shields might be possible, without any frequency gap, after all they couldn't use weapons and transporters during warp. But it all becomes fantastic and magical and less scientific at this point. With such kinds of energy you probably could use 'artificial wormholes' for travel.
The difficulty would not only be in stopping lasers, it's stopping any kinds of EM radiation.
For example they use their main deflector shield to protect the ship from particles at superluminal velocities, implying that these particles can penetrate the warp bubble, that bends space, around the ship.
But how does it protect them from EM radiation? Can EM radiation penetrate the warp bubble? From the series we know that you can see something from the inside of the ship, implying that EM radiation is well able to penetrate the bubble and reach the ship.
As we know from wave phenomenons like the Doppler effect, every form of EM radiation in line of the travel direction would become hard radiation (gamma rays) at high speeds, being able to penetrate thick layers of mass. Even impulse speeds could reach 4/5 c, according to VOY.So what do you do against incoming light with your shields? Remember that you can't adapt your shield to the incoming frequency before it even hits you.
Certainly with an incredible source of energy such shields might be possible, without any frequency gap, after all they couldn't use weapons and transporters during warp. But it all becomes fantastic and magical and less scientific at this point. With such kinds of energy you probably could use 'artificial wormholes' for travel.