| Krylo |
02-15-2004 10:05 PM |
Quote:
The agitated gas is then funneled through the actuating blaster module, where it is processed into an intense particle beam. A prismatic crystal focuses the beam, and passes it through a refinement chamber which "galvens" the beam into its final bolt.
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I don't know... that doesn't sound like a laser to me. Sounds like a particle beam... and the force.net, which uses the books, movies, etc. to describe what a blaster bolt is or is not says this: "There is no sure answer in terms of real life science; so far we can only place constraints on the nature of the beam by making careful observations about the filmed behaviour. The shots create light which is emitted sideways, otherwise the bolts would not be seen. The visible bolts appear to travel at various velocities, which usually appear to be slower than the speed of light. However there is an invisible component of the beam which often propagates far ahead of the visible bolt. The invisible forerunner is probably an aspect of the fundamental beam itself, and the luminosity of the bolt is a side-effect. The forerunner beam is known to damage targets before the visible bolts arrive, and this component of the shot may actually propagate at lightspeed. "
Which makes it look like it has a laser component and a non-laser component... but the biggest thing against it being a laser is two things 1) How would you 'galvanize' light? and 2) Getting a small stream of light to hold enough heat energy that it would cause the kind of damage in the movies would require the barrel to melt, or be made out of some sort of ceramic... and if it was purely heat, a ceramic could easily stop blaster bolts.
Uh... yes... but let's just go with the "Who the hell knows what they are?" thing?
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