Daystrom Institute
Welcome to Daystrom Institute!
Serious, in-depth discussion about Star Trek from both in-universe and real world perspectives.
Read more about how to comment at Daystrom.
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.
3. Be diplomatic.
Participate in a courteous, objective, and open-minded fashion. Be nice to other posters and the people who make Star Trek. Disagree respectfully and don’t gatekeep.
4. Assume good faith.
Assume good faith. Give other posters the benefit of the doubt, but report them if you genuinely believe they are trolling. Don’t whine about “politics.”
5. Tag spoilers.
Historically Daystrom has not had a spoiler policy, so you may encounter untagged spoilers here. Ultimately, avoiding online discussion until you are caught up is the only certain way to avoid spoilers.
6. Stay on-topic.
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
view the rest of the comments
Ooo fun writing challenge. *Knuckles crack*
Ok, so hear me out:
Warp Drives use up massive amounts of energy in a single burst. We all know acceleration and deceleration are the things that are costly in space, not maintaining momentum. So you can design against that, right? Massive capacitors that are easily replaced, that store the charge before passing it to the warp drive, which only needs to operate for a short time.
Shield emitters, on the other hand, need constant power running through them to generate the necessary energy field. Like a powered magnet, it's only by running current through the device that the field is generated. And any time you move large amounts of power continuously like that you're going to generate heat and degrade the medium.
So it comes down to the fundamental nature of the task being performed by the hardware.