this reads to me like "better die soon or you'll miss your chance and be forced to live as a human slave forever."
You can always jump from a bridge...
If you're alive in 30 years you might be in 1000 years too
171–180 of 230 posts
Re: If you're alive in 30 years you might be in 1000 years too
#172Earlier quoted context omitted.
On a lighter note, I can imagine that the size of the ego which accompanies the type of person that lives to 9,000 years old would more than likely encourage someone to poison or strangle them.
You gotta play the game theory out. An 8,500-year-old strangling a 9,000-year-old needs to be asking hard questions about the sort of incentive structure they're producing for the 8,000-year-olds. The world where life span runs on like that is deeply, profoundly weird, and thinking about it is hard because it's so unlike where we live. You can't just imagine one 9,000-year-old and try to imagine what the world is lik…
I mean in the current world rich assholes do eventually die and sometimes their replacements are better (or worse, but in a way that destroys their power base). Do you really want to live in a world where the Bilderberg Group is immortal?
Re: If you're alive in 30 years you might be in 1000 years too
#173Oxygen[0] by Nick Lane makes a pretty compelling argument why this will not happen. With perfect health you can at best achieve ~120 years age. I think this paper A unifying view of ageing and disease:the double-agent theory[2] covers some of the arguments in the book. To give a simplified view, the big obstacles are a) a technology capable of repairing damaged mythocondrial material in a living organism and b) a tec…
Re: If you're alive in 30 years you might be in 1000 years too
#174> So if you've made it to 150, you're "over the hump" (a long time ago), and then there's simply no limit to how long you can live. Even if we accept that life-extending and rejuvenating technologies will progress as described, and that all diseases will eventually be either curable or eradicated, there's still the risk of death from accident (or murder). In England and Wales in 2010, about 0.025% of the population d…
Technically, this is not correct.
If your chance of dying drops exponentially (perhaps not very realistic, hence 'technically'), your probability of survival converges to something greater than 0.
E.g.: If your probability of dying in the first year is 1/2, then 1/4, then 1/8 and so on, then your probability of living forever is roughly 29 % ( https://www.wolframalpha.com/input/?i=product+i%3D1+to+infin... )
Re: If you're alive in 30 years you might be in 1000 years too
#175Earlier quoted context omitted.
Why would you not want to stop people from dying?
overpopulation? not enough resources? first let's solve these, so we can have number of humans exploding (exponentially, maybe). if done incorrectly, this might end up in quite a disaster
Re: If you're alive in 30 years you might be in 1000 years too
#176Re: If you're alive in 30 years you might be in 1000 years too
#177Earlier quoted context omitted.
> Ray Kurzweil and Aubrey De Grey are playing on the hopes and fears of people to make arguments about the fountain of youth that won't come to pass. I wish they would, but they won't. Oh but they will. Most certainly. It's a question of when , not if. The body is nothing but a very quirky, very complex bit of machinery. Our task is to scientifically probe that complexity until we have such a great understanding of i…
Kurzweil and DeGrey are arguing that it's already happening. It is not, there is no evidence to date that we've moved longevity in a meaningful way, nor that technology is involved in anything other than improvements in health and medicine and environment, further delaying death. To be clear, I'm not saying it can't ever happen, I'm saying that DeGrey's and Kurzweils claims that it is happening and will come to pass…
This is absolutely incorrect, unless you are being exceedingly facetious about the scientific process. There have been some truly remarkable advancements that span the gamut from simple behavioral changes like reduced calorie intake to advances in knowledge of certain enzymes and other compounds that have yielded statistically significant results - published results of just these two examples have yielded up to 50% increase in longevity in various animals with the latter leading to accelerated FDA approvals for human trials.
I think you're attempting to split hairs by quantifying two necessarily qualitative terms which really have a common understanding to be how long people live on average. And in doing so, you commit the same error you highlight: surely you're not suggesting that longevity decreased on average between 1920-2000? Even if you hold fast the true importance of lexical disambiguation, most would disagree on straw man grounds.
Where I do somewhat agree or at least am very open to consider is that some other force is at play that we don't yet understand. The fairly recent theory of hormosis presents some profound philosophical arguments that cannot be ignored. Life as we know it may have evolved to live less than its full potential for reasons we have yet to discover - perhaps highly interdependent relationships between co-evolved cooporative cells can only resist entropy for so long. If this is the case, then this sort of predefined balance/order would mean gains are offset by newly emerging losses - an example would be the massive increase in cancer occurrence that has mirrored increases in life expectancy, moreso when this broad category of diseases is considered by its generic definition of "uncontrolled cellular growth".
So there's certainly room for reasonable skepticism and it should shape our expectations accordingly. But that shouldn't mean the end of these pursuits nor the hope for what they could yield. And prudent scientific observation should at least suggest that greater longevity is possible. I recently read an interesting article about jellyfish and Hydra, which go through various developmental stages that actually come full circle and leading some to theorize that these somewhat basic life forms may actually be immortal. There's also tardigrades, which can live in the most extreme environments imaginable, including volcanic vents and even celestial bodies traveling through space! They've experimentally proven all our understanding of life wrong and that's only in the past few decades. Kurzweil is overly optimistic about these things because I suppose there's a degree of fear and insecurity there - he's likely predicting accelerated time lines because that's a narrative he can be part of and wants to believe that to be likely for obvious reasons. But I don't think he's wrong and fully admire anyone promoting a hopeful and tenacious outlook on life instead of the increasing opposite trend of disillusionment and cynicism - but that's an entirely different discussion.
Re: If you're alive in 30 years you might be in 1000 years too
#178Earlier quoted context omitted.
You gotta play the game theory out. An 8,500-year-old strangling a 9,000-year-old needs to be asking hard questions about the sort of incentive structure they're producing for the 8,000-year-olds. The world where life span runs on like that is deeply, profoundly weird, and thinking about it is hard because it's so unlike where we live. You can't just imagine one 9,000-year-old and try to imagine what the world is lik…
I imagine absurdly conservative politics and a completely ossified power structure. How are you supposed to advance if your boss has 500 years more experience and will be in that position for another 8000 years? I mean in the current world rich assholes do eventually die and sometimes their replacements are better (or worse, but in a way that destroys their power base). Do you really want to live in a world where the…
But there's a reason we use the word "singularity" to describe that kind of future- it really is impossible to envision with any greater accuracy or confidence than elizabethans could imagine the world of 2016.
Re: If you're alive in 30 years you might be in 1000 years too
#179Earlier quoted context omitted.
You gotta play the game theory out. An 8,500-year-old strangling a 9,000-year-old needs to be asking hard questions about the sort of incentive structure they're producing for the 8,000-year-olds. The world where life span runs on like that is deeply, profoundly weird, and thinking about it is hard because it's so unlike where we live. You can't just imagine one 9,000-year-old and try to imagine what the world is lik…
I imagine absurdly conservative politics and a completely ossified power structure. How are you supposed to advance if your boss has 500 years more experience and will be in that position for another 8000 years? I mean in the current world rich assholes do eventually die and sometimes their replacements are better (or worse, but in a way that destroys their power base). Do you really want to live in a world where the…
At that point the crystal ball becomes too fuzzy for me to guess exactly how they will react, except to point out that "go kill all the old people" is a really uncreative solution to the problem, and you've got a lot of people who will be highly incentivized to find another solution, since they plan on being the old people at some point.