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This description says that there are physical glass filaments that they light travels through. So they hit against each other and can't pass through one another
by Buge 13y ago
This description says that there are physical glass filaments that they light travels through. So they hit against each other and can't pass through one another.
But the description says "beams from energy weapons hardly affect them and just pass through." But in the movies we see blaster shots being reflected by lightsabers.
- cobbal 13y agoStill, when lightsabers clash you never see them bending as the article claims they would.
- jonnathanson 13y agoYou do see that in Spaceballs, though. Would be hilarious if Mel Brooks turned out to be more technically accurate than the original.
- krisgee 13y agoIIRC in universe a lightsaber is essentially an infinte blaster shot trapped in a magnetic loop. The crystal tunes the magnetic loop, so blocking blaster shots is simple because the blaster on the "outside" bounces off the same field keeping the plasma "inside" and for the same reason you can have proper sword fights. I forget if you can shoot a Jedi with a regular bullet but I'd imagine s/he could just dodge it regularly since blaster bolts travel significantly faster.
- deleted 13y ago[deleted]
- PhasmaFelis 13y agoNo, they're much slower. At 24 frames per second, you can watch a bolt from a blaster pistol fly across a room; even a tracer round from a low-velocity handgun would just be a streak. It's more in the range of a good fastball than a bullet.
- talmand 13y agoConsidering it has been shown that a lightsaber easily and nearly instantly cuts through most metals, apparently due to extreme heat, that regular bullets would likely not cause an issue. The speed of the projectile is not an issue either, Jedi use a precognition-like ability to dodge or block blaster fire. That's why a group is required, to eliminate the possibility of them dodging and blocking.
- PhasmaFelis 13y agoWell, it depends on how thoroughly it dissipates the projectile. Turning a high-velocity slug into a high-velocity blob of superhot molten metal would certainly reduce its penetration, but you still wouldn't want it to hit you in the face.