timsbq
#1
As some of you will know, Aubrey de Grey predicted that the first human to successfully reach their 1000th birthday is already alive now. Does anyone here think that there is at least the small possibility that he might be correct?
What is the biggest hurdle to this happening?
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Aubrey is an extremely optimistic guy when it comes to aging science - there is no good reasons that I can identify why 1,000 years is likely to be achieved any time soon. We can hope, but there is no clear science supporting this claim yet. I donāt take his forecasts too seriously, Iām much more focused on things we can do today or in the near future to live longer healthier lives.
When we can double the life of a mouse (weāre currently at about 37% increase with rapamycin and acarbose, when started in younger mice) - then I think weāre showing some really good progress. Still a long way from a 10X increase in lifespan, but a good start.
Aubreyās new group is doing some really interesting work in this area with his new Robust Mouse Rejuvenation study: The Longevity Summit, News & Update - #11 by RapAdmin
and I think the new Matt Kaeberlein startup is key because we need to find many more compounds, and combinations of compounds: Ora Biomedical: Matt Kaeberlein's New Longevity Biotech Company
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timsbq
#3
Thank you very much for your very informative reply.
tongMD
#4
Agreed Aubrey is too optimistic for my tastes. That really hasnāt changed for more than a decade - if you recall in 2004 he said that there was a 50% chance of reaching ālongevity escape velocityā within 25 years. When I first heard of him way back - I thought he was extremely optimistic and itās unlikely to happen. Iāve of course gotten a group of ābelieversā who felt I was being too pessimistic but I try not to have that type of approach to life - merely cautious optimism.
Now Iāve changed my mind - he is too optimistic.
I think by now we have an idea the likelihood is much, much lower than 50% by 2029. Nearly zero likelihood. I donāt think thatās particularly controversial.
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As people know i think part of aging is the failure of long genes and that can be mitigated. Aubrey, however, is good at presentation. This is a good PR hook. I am not sure that fixing gene expression is sufficient for living into the mid 100s, however.
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Tbf, itās very possible if only because of super-speedy AGI timelines (eg see Ajeya Cotra and cold-takes.com). Most longevity people do not pay enough attention to AI.
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EnrQay
#7
Good point: using our current experimental methods, I think there is no chance we have a future 1000 year old among us. However, AI might transform science more than we expect. For instance, AI might be able to closely model experimental drugs or therapies on human metabolism, getting results of a 1000 years of experimentation in a day, without the need for those slow life forms called scientists. If something like this happens, all normal timeline bets are off.
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Obviously 1000 presumes a breakthrough which we do not see coming. The question is whether we are creating an environment in which such a breakthrough is becoming more and more likely.
To my mind that would mean lots of research into lots of areas of aging with lots of money at stake and lots of investment of time and talent in the field, as well as successful businesses being generated. Also, it would require people pushing the envelope in multiple areas at the same time, probing mysteries that could potentially return such a breakthrough.
Many of you are better equipped to opine on the likelihood of the above, but it does seem to me like this is a rapidly developing field.
Keep in mind that Boomers are predicted to pass on to the next generation something like $30-$60 Trillion over the next 30 years. My bet is that theyāll be willing to spend lots of that money for even a little bit longer healthspan. So the pool of cash is sitting there ready to be spent.
Thatās one box checked at least.
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tongMD
#9
My bet is if you tell the older population (obviously Iām making a very general statement and it probably has nothing to do with age) that you want to research a drug that treats cancer or Alzheimerās - they will gladly throw a lot of money at it. When you tell them you want to research a drug that treats many aging-associated diseases at once? Many people are opposed to the idea. There are also folks who will instantly think youāre a crackpot.
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I didnāt mean to suggest that theyād pay for research level products. Quite the opposite. Theyād pay for researched products that are proven.
For example, Product D improves average human health span by 3% or 2 years. Company D sells this product for $4,000 a year to Boomers. Company D makes billions.
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jakexb
#11
I think itās very likely and hereās why I think so.
Rapamycin and acarbose together provided a 30% bump in mice. lets say humans only get half that, for argumentās sake.
Letās take a baby born today, this baby is one of the lucky natural supercentinarians, and would live to 110, but gets an extra 15% tacked on. That gets us to 127.
Now are we to believe that in the next 127 years, there arenāt ANY other lifespan extending technologies invented? What if by then, reprogramming starts to work? You have a real chance of hitting longevity escape velocity in that time.
Now thereās still plenty to die from aside from age, so 1000 still requires a certain amount of good luck. But I donāt think itās wild to predict it.
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It is a PR hook rather than a realistic prediction. In many ways, however, it would be better if he focussed on healthspan. That would have more of a consensus.
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I agree 100%. By the way thanks for recommending Ajeya Cotra, I had never heard of her before! Iām going to catch up on all of her past posts.
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JuanDaw
#14
Maybe the 1000 years will not come soon. But it is possible, if the mystery of why the naked mole rat lives ten times that of its cousin (mice 3 years, NMR, 30 years) is solved. But before solving that mystery, I hope science first solves the mystery of how some species regenerate whole limbs. That will provide more immediate benefits to humanity.
Shai Efrati mentioned a bit of that in his TED talk about his intervention, referring to the salamander (1:59).
Is there more research? Or has he become a full-time businessman?
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I have been in the longevity space for two decades now and in that time I have watched Aubrey making optimistic predictions that donāt come true and he keeps making them again and again. I guess he is doing it to get more attention to give older people more hope so they invest in the industry. At the same, the more I have learned throughout the years the more complicated I think it is to solve aging. While in many areas we have seem exciting progress in others there is almost no progress since two decades ago. For those reasons I am not particularly optimistic on the notion that some people alive today will make it to 1000. On the other hand, what gives me hope is the recent developments in AI. If we get general AI all bets are off on what will happen after that.
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I am not persuaded that AI in going for the conventional wisdom will find that much that is really new. OTOH I think I have made progress on why aging happens.
AI wonāt find much now or in the next few years but it will when it becomes far smarter than humans sometime in the more distant future. If it doesnāt then weāre screwed.
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Lol I emailed Aubrey about AI and it is not affecting his thinking AT ALL (he thinks we can get there without AI), even if heās friends with Demis Hassabis. Aubrey is kind of a broken record and is so incredibly blind to large portions of the world (and his priors are inflexible), but I appreciate him for being approachable nonetheless (and tbh his network is still strong).
This is a huge guess, but my rough timelines are roughly 25-35 years, mostly conditioned on AI. Thankfully just in time to save my generation. Idk about older generations.
Personally, last year two very important things (AMONG MANY!) happened in longevity last year. One was my (tragic) manic episode [only through a nicotine overdose, but not all nicotine overdoses lead to this] when I wrecked an opportunity ātoo good to be trueā (only now I have a better understanding of how manic episodes are triggered [once-in-a-lifetime-emotional-gradients trigger periods of time back when you used to feel everything more strongly]) . The other thing was the explosive progress in AI that finally convinced me that I probably wonāt die of old age (itāll either be AI risk or something super-far-future). [that said, two of my MIT friends said this back in 2017 and I didnāt quite believe them yet]
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I hope youāre right Alex. I just look at the problems of developing drugs for Alzheimerās ā¦ and how long its taking. There is that famous sayingā¦ āanything that can go wrong, willā¦ā
As for me, Iāll live the next 50 years like its my last 50 years, and if we get anything more, its all bonus points.
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I just look at the problems of developing drugs for Alzheimerās ā¦ and how long its taking.
The trend is that things will get more data-driven/bottom-up. They already are (look at multiomics, look at better measuring technologies). Many of our theories on Alzheimerās/DSM-IV are bullshit right now (and informed on speculation) but it wonāt be speculation anymore ONCE we have comprehensive Health-Nucleus like measurements on ALL people
Read Jose Ricon on Alzheimerās drugs. They work on earlier cases, not later ones. And certainly itāll happen faster if we treat PRE-CLINICAL indicators as a ādiseaseā rather than treat disease
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