this post was submitted on 23 Apr 2024
94 points (92.7% liked)
Science Fiction
13676 readers
81 users here now
Welcome to /c/ScienceFiction
December book club canceled. Short stories instead!
We are a community for discussing all things Science Fiction. We want this to be a place for members to discuss and share everything they love about Science Fiction, whether that be books, movies, TV shows and more. Please feel free to take part and help our community grow.
- Be civil: disagreements happen, but that doesn’t provide the right to personally insult others.
- Posts or comments that are homophobic, transphobic, racist, sexist, ableist, or advocating violence will be removed.
- Spam, self promotion, trolling, and bots are not allowed
- Put (Spoilers) in the title of your post if you anticipate spoilers.
- Please use spoiler tags whenever commenting a spoiler in a non-spoiler thread.
founded 1 year ago
MODERATORS
you are viewing a single comment's thread
view the rest of the comments
view the rest of the comments
Yes, the energy of the explosion is a function of the total energy between the output of the laser and the shield, specifically the shield energy being pointed at the laser origin. That's why they randomly hid some maximum powered, monodirectional shields facing up when they fled the attack. So that even the relatively weak personal shields would still have a large impact. In general use, the shield energy is being projected in all directions, so the amount facing the laser origin is very small. IIRC, an average powered lasgun hitting a personal shield creates an explosion that can range between roughly an HE hand grenade and an HE naval shell. They only went up like nukes because the Harkonen were using the lasguns at max energy, and the shields were tweaked abnormally. And as another comment says, the actual point of the explosion is at a random point along the beam.