Junghalli wrote:Wouldn't this result in radically different lifeforms from what we're familiar with, making the development of humans unlikely?
Sadly, I have yet to work out the math on this, it being a rather distant last on my priorities. But I think it would actually make life more likely to happen, and in more contexts. This would be consistent with the incredible diversity and sheer density of wierd and wild life-forms. As compared to the current Fermi Paradox.
Junghalli wrote:
Anyway, most of the really weird science in ST seems to involve either subspace or some other bizzare mythical phenomenon. Common chemical reactions don't seem any different from our own universe. The main divergence of Trekverse physics (if we accept that Trekverse physics is actually different and not our physics, we just don't realize it yet) from real physics is that Trek physics seems to be much more unstable. All kinds of strange macroscopic quantum processes seem to be common in Trekverse that are probably rare or impossible in RL. If you're looking for a cosmological divergence between the two universes it has been suggested by some that spacetime in the Trek galaxy is much more unstable than it is in our neck of the universe (possibly the fabric of reality is gradually coming unglued from all the people messing with it with time travel and such). This would neatly explain the technobabble, because the more dynamic and "compliant" spacetime would let you do all kinds of interesting stuff that you couldn't do here. It wouldn't have any effect on intelligence though, just make a lot of handy stuff much easier (like FTL).
Everything has an effect on intelligence. Well, I should say, everything has an effect on attributes that sit on top of a nonlinear dynamical process like evolution, so long as there is a causal relationship. But it would be unpredictable, and probably too late in human evolution to make a difference, agreed.
Your space-time theory could work, actually, if the mechanism for inertia (assuming there is such a thing) were connected in some way to this fluctuation. That would affect the feasibility of FTL, as well as potentially rendering more realistic the various methods of action-at-a-distance.
Junghalli wrote:The substances you refer to (tritanium, duranium etc.) are IMO far more likely to be new alloys, composites, or ceramics than transuranic elements. The only thing indicating that they're elements is the "ium" ending, and I have a much easier time swallowing the idea that the language could change so "X-ium" can refer to a compound than swallowing the idea that Trekverse has a ton of elements ours doesn't.
a clever simplification, and one that requires little else to support it. IIRC, there are some mentions of these or similar large elements existing naturally, but I don't have references handy, so I'll let this portion of the debate rest until I do. A good idea, though.
Junghalli wrote:
How such alloys could exist naturally is rather difficult to explain, but if I may venture a hesitant suggestion it may be that the characters were simply referring to base compounds and metals from which they would be manufactured. It would be rather like somebody referring to a region as being rich in aluminum when that would actually be impossible, it would be rich in bauxite.
it would be difficult to explain a Science officer scanning for materials and announcing the presence of aluminum, when bauxite deposites existed... but colloqualism is a powerful thing, and I've certainly see such terms transposed.
Trek materials dialogue is shaky enough anyway that I wouldn't want to use it as major supporting arguments. If I remember any cases where such deposits made a material observable difference in the show, I'll bring it up, but I largely included this point in order to show some the tertiary support I think my theory has.
Junghalli wrote: As for magnetic elements, it's probably just that transporters are very sensitive to magnetic fields. There ARE magnetic metal deposits on Earth, you know?
absolutely, but not metals with high gauss, because they would less stable. but.. you're right. It's easier to just assume that transporters are more sensitive, than the magnetic materials are more powerful.
Junghalli wrote:Would you care to expand on this? I can't remember stars behaving very differently in Trekverse than they do in RL. Aside maybe from references to inhabited worlds around stars that in RL probably wouldn't have them (Acamar, Mintaka, Mizar etc.) which is anything would suggest stars in the Trekverse are more stable and last longer.
I am referring here to several episodes (which I am potentially conflating) where global changes occur within a star in very short timescales. A star 'going nova' because of an event after less than a day is a profound difference from this person's understanding of stellar mechanics.
Also, in one of these stellar explosions a big 'chunk' is thrown out at the Enterprise and somehow being 'hit' by this chunk is more dangerous (or in front of) the radiative explosion. I can explain this chunk, and potential faster stellar changes if most Trek stars contain degenerate matter, which would be a consequence of my theory.
Junghalli wrote:Wouldn't such a change in the nature of the universe vastly alter the way mitochondria, muscle cells, nerves etc. would have to work too? For starters in such a universe organisms would have to consume much less food because they could initiate metabolic reactions with much less energy and get much more out of the energy they produce.
Yes, it would in fact. Unfortunately, we dont' know what aliens look like in real life, so we can't compare them to Trek. However, we do have several examples of entities existing without any known food or power source, as well as photosynthetic organisms doing things that are out of proportion with what they could do in our universe(the nano-things in the lab).
Junghalli wrote:Who knows, active animals that live entirely off air or photosynthesis might actually be viable in such a universe. I don't notice Enterprise crewmembers only needing to eat once a month. Not to mention a lot of Earth tech development would be different too, because fossil fuels would give you much more energy.
well, interestingly, in terrestrial evolution anyway, how much you have to eat is actually determined in large part by competitive pressures. You see, certain animals are extremely efficient digestors, because the effort required to get a certain volume of food-energy is much higher. This can be seen by the existence of certain creatures (like top predators, and invincible herbivores, like elephants) whose input is enormous, and much of their excretion so high in energy value that it supports sub-food chains. On the opposite end are energy starved, high competition, deep-sea creatures, like giant squid, whose prosposed food ecology and activity cycle are so out of range, in comparison to terrestrial creatures of the same mass that I really couldn't say whether they were in the ballpark or not. (very few giant squid specimens have been found, and the research is largely inductive).
But generally yes, I would imagine so. Of course, we see crew members eating for social reasons and in some places to add flavor, but we can't really tell whether humans in star trek eat 3 meals a day the way modern americans do.
Junghalli wrote: Just out of curiousity, how do you reconcile Spock with this hypothesis? He seems pretty damn good at math for a homo erectus level intellect, no?
I'm afraid I only have a smattering of the TOS, and the movies to judge off of, but I don't actually see Spock doing much math. (Although I do see him make many probabilistic 'proclamations', and that's not a good example for you, because he has the sadly heroic tendency to give a likelihood to four significant figures that turns out to be wrong by several orders of magnitude).
Junghalli wrote:
Generally, while interesting I don't think your theory is necessary. I give you the following alternative.
With the peace between the Klingon Empire and the Federation seen in ST: TUC the Trek galaxy entered an age of general isolationism that I call the Long Peace. During the Long Peace the following occured.
The Klingon Empire had been devestated by the disaster of Praxis and did not have the resources to continue expanding into the galaxy. They essentially closed their borders and were wracked by a series of little civil wars and continuous antagonism between the Great Houses. There was a revival of dueling and its associated traditions as a primary means of settling disputes while civil planning and military competence decayed, resulting in the bonehead screaming idiot Klingons we know today.
The Romulans retreated back into their own borders and focused on expanding into the mostly uninhabited deep Beta Quadrant, away from the Klingons and Federation. Over several decades their military atrophied considerably from simple lack of anyone to fight.
The Federation for the first time had little to worry about from outside powers and the military was disbanded. Extreme liberal elements gradually gained a stranglehold on the society, resulting in the commie-hippie Federation of TNG.
The Cardassians began expanding, but they are a small and resource-poor empire playing technological catch-up.
Meanwhile over in the Gamma Quadrant the Dominion hadn't fought any war for generations, just little GWII-style easy conquests were they rolled in over a much weaker enemy, crushed them, and pissed on the smoking remains. Any suprise their capabilities declined without a serious enemy in God knows how long? As for the Borg, well they're a naturally uncreative type of intellect.
Granted it's a long chain of coincidences to create the kind of galaxy-wide isolationism that'll let the general competence atrophy all around (to paraphrase 1984 when making a gun or dealing with other nations 2+2 must equal 4, but in philosophy or politics it's OK to make it equal 5). But I think it's rather more plausible than saying the laws of physics in Trekverse are stacked in such a way as to make everyone stupid.
These are good explanations, for each case. But they fail to address the many races encountered in TOS and TNG who are 'in the midst' of major conflicts, 'scientific golden ages' and otherwise in very results-oriented situations, and they have the exact same problems. In fact, they usually have significantly inferior technology, processes, political systems, and design philosophies to the Federation!
Another point which I meant to bring up earlier is the fact that every single species in Trek is a monoculture. This makes very little sense if they're just as smart and contentious as we are, but much more if they's just a little less personally effective.
Coincidences, as they say, happen. I am still of the opinion that there should be a coherent mechanism, if Trek is to be made a consistent universe post-facto.
I'm going to have to withdraw the theory, though, in light of the few sticking points I think have been raised, specifically the on-screen coincidence of real-world personalities(we could assume they're just trek people with similar names, but their backstories are a little too consistent, even if we never hear them talk the math of Einstein, or Hawking), the rather shaky materials science theory, which you've been good enough to provide details on, and the uncertain actual biological repercusions of altered chromodynamic characteristics, except in a wildly speculative manner.
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