I don't think a society can be as "advanced" as Star Trek. Societies are hard. To abuse CS terminology, they're NP-hard (or harder?). Star Trek seems to have only external threats, all internal problems are solved. The most boring problem a real society has is that of production and it is definitely NP-hard (see Hayek?). Star Trek has not only solved that at galactic scales, but has solved much hard problems than production.
Nor I don't think Star Trek is advanced in the sense that I would consider it "progress" vs. just change. I view Star Trek as the propaganda reel of (not for, of) a techo-distopia. Vulkans and that Data android fellow freak me out more than the Klingons whose society, while brutal, I can understand. I see more humanity in a Klingon because I can see a human society degenerating into the Klingons'. I don't see any humanity in Vulcans.
Btw, their technology bores me. Their tech is either impossible (warp drives). Surpassed (communicators). Or fraught with angels-dancing-on-pins philosophical questions (the "beam me up scotty" machines)
So, with the caveat that you used ST as an example and I'm definitely not a Trekkie, let me address your question:
No, I don't.
Biological systems are far more complicated than any system mankind has made. Every "cure" or therapy is really a very good whack-a-mole with hopefully lots of statistical information to back it up.
Take blood. It has hundreds, if not thousands, of components. Some are in pg/dL level of concentrations (that's 10^-12g / 100ml). See this chart [1]. How can we every really understand all the interactions among those various components?
That is not to say that I'm a bio-luddite (I am, but that's besides the point). Take penecillin. It's brutal on the body, but is one of the most important discoveries in human history. It has saved millions, if not billions, of lives. Im very grateful for penicillin, and yet, what an illustrative example! We gave too much penicillin with too much abandonment. So now, we have anti-biotic resistant bacteria. And, almost 90 years after it's first discovery we're finally starting to understand it's role in the havoc in our gut flora.
Btw, gut flora is another, fascinating, example of how complicated bio-systems are. We're evolved to depend on a symbiotic relationship with a gut flora that we've destroyed over the last 70 years of anti-biotics and cheap sugar.
So, while I think ab-initio methods (what Star Trek does) can inform and accelerate drug discovery (I worked on that briefly in my PhD), ultimately, no, I don't think we can ab-initio drugs through the whole pipeline (need-->development-->safety_evals-->approval).
I don't think a society can be as "advanced" as Star Trek. Societies are hard. To abuse CS terminology, they're NP-hard (or harder?). Star Trek seems to have only external threats, all internal problems are solved. The most boring problem a real society has is that of production and it is definitely NP-hard (see Hayek?). Star Trek has not only solved that at galactic scales, but has solved much hard problems than production.
Nor I don't think Star Trek is advanced in the sense that I would consider it "progress" vs. just change. I view Star Trek as the propaganda reel of (not for, of) a techo-distopia. Vulkans and that Data android fellow freak me out more than the Klingons whose society, while brutal, I can understand. I see more humanity in a Klingon because I can see a human society degenerating into the Klingons'. I don't see any humanity in Vulcans.
Btw, their technology bores me. Their tech is either impossible (warp drives). Surpassed (communicators). Or fraught with angels-dancing-on-pins philosophical questions (the "beam me up scotty" machines)
So, with the caveat that you used ST as an example and I'm definitely not a Trekkie, let me address your question:
No, I don't.
Biological systems are far more complicated than any system mankind has made. Every "cure" or therapy is really a very good whack-a-mole with hopefully lots of statistical information to back it up.
Take blood. It has hundreds, if not thousands, of components. Some are in pg/dL level of concentrations (that's 10^-12g / 100ml). See this chart [1]. How can we every really understand all the interactions among those various components?
That is not to say that I'm a bio-luddite (I am, but that's besides the point). Take penecillin. It's brutal on the body, but is one of the most important discoveries in human history. It has saved millions, if not billions, of lives. Im very grateful for penicillin, and yet, what an illustrative example! We gave too much penicillin with too much abandonment. So now, we have anti-biotic resistant bacteria. And, almost 90 years after it's first discovery we're finally starting to understand it's role in the havoc in our gut flora.
Btw, gut flora is another, fascinating, example of how complicated bio-systems are. We're evolved to depend on a symbiotic relationship with a gut flora that we've destroyed over the last 70 years of anti-biotics and cheap sugar.
So, while I think ab-initio methods (what Star Trek does) can inform and accelerate drug discovery (I worked on that briefly in my PhD), ultimately, no, I don't think we can ab-initio drugs through the whole pipeline (need-->development-->safety_evals-->approval).
[1] https://upload.wikimedia.org/wikipedia/commons/7/7c/Referenc...