- Joined
- Mar 11, 2020
Maybe.On explosions on screen, writers and fx guys can't really show the full scale of the boom, because there goes the budget for the next 10 years. And even with the showed blasts and only reacting the active fuel, think about the number of warp capable ships that would be in orbit of any major planet. The amount of EMP producing rads and debris should have rendered them dead worlds.
1 kg of AM annihilating perfectly can produce a theoretical ~43 megaton equivalent (again, I'm basing this off of an AI summary, so grain of salt).
According to Brave Search's built in AI (for what it's worth), a full annihilation of 260,000 kg of anti-matter (520,000 kg worth of total mass-energy including the corresponding regular matter) would result in a roughly 11 teratons of TNT equivalent. I'd note that the Galaxy class is a very large ship meant for long range exploration, so would have more fuel than most.
But even a much smaller fuel supply would result in a truly epic explosion, compared with the roughly 50 megatons of Tsar Bomba. Also, keep in mind that geological natural disasters can be significantly more energetic. For instance, the dinosaur killer impact is estimated at ~100 teratons.
However, the EMPs and gamma rays from any multi-teraton A/M orbital explosion in orbit would be at least a minor extinction event.
But if we accept my magically sturdy fuel storage containers, the hypothetical effects on-planet would depend on how many ships are in orbit, how much AM is in their systems when they're idling in orbit, and their orbital altitude (radiation, inverse square law, etc.).
You can easily plug in values here that make this a planetary sterilization event. All I'm trying to autistically say is that I can also come up with some assumptions and hand-wavium that make the event at least survivable for a planetary civilization.
But still, fuck the burn. It's not canon.