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Daystrom Institute
Welcome to Daystrom Institute!
Serious, in-depth discussion about Star Trek from both in-universe and real world perspectives.
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Rules
1. Explain your reasoning
All threads and comments submitted to the Daystrom Institute must contain an explanation of the reasoning put forth.
2. No whinging, jokes, memes, and other shallow content.
This entire community has a “serious tag” on it. Shitposts are encouraged in Risa.
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Threads must discuss Star Trek. Comments must discuss the topic raised in the original post.
Episode Guides
The /r/DaystromInstitute wiki held a number of popular Star Trek watch guides. We have rehosted them here:
- Kraetos’ guide to Star Trek (the original series)
- Algernon_Asimov’s guide to Star Trek: The Animated Series
- Algernon_Asimov’s guide to Star Trek: The Next Generation
- Algernon_Asimov’s guide to Star Trek: Deep Space Nine
- Darth_Rasputin32898’s guide to Star Trek: Deep Space Nine
- OpticalData’s guide to Star Trek: Voyager
- petrus4’s guide to Star Trek: Voyager
I’ve been making that observation for at least 30 years about how Starfleet components are silicate based.
One of thoughts I’ve had over the years is that what we as see as rocks is actually the afterproduct of an internal fire suppression foam.
There’s a lot of high voltage coursing throughout consoles, what with electroplasma conduits and all, and in a battle situation with shields trying to absorb energy from impacts the danger of overload is very real. When that happens, fire suppression systems spray the inside with a rapidly hardening foam to prevent catastrophic explosions. But when the systems get inevitably overwhelmed and the console blows, the expended and hardened foam shatters, expelled like rocky debris so make room for the next level of suppression to take over. Without the foam, the explosion would have been much worse.