I predict that Transhumanism with become a full-blown religion in the next couple of decades.
We're currently lacking a charismatic leader and widespread (but ultimately ineffective) persecution.I predict that Transhumanism with become a full-blown religion in the next couple of decades.
I predict that Transhumanism with become a full-blown religion in the next couple of decades.
I'm not so sure about singularitarianism, though.
<snip>technology to achieve immortality where a religious person would pray to god, again. So faith doesn't really come into the equation for the transhumanist,<snip>
<snip>technology to achieve immortality where a religious person would pray to god, again. So faith doesn't really come into the equation for the transhumanist,<snip>
Yes, it does. Immortality through technology requires faith. With any non-zero death rate through external causes, halting the aging process doesn't give you immortality. For example, with a death rate of .01% per year (roughly 1/10 of the current death rate of prime-age (25-35) people in Western countries), 63.2% will have died within the first 10,000 years, and 99.995% within the first 100,000 - and we all know that that's still a blink of the eye on geological timescales. That's the point of the comic posted in the OP, even if Zach may have been to pessimistic about his ambient death ambient death rate.
<snip>technology to achieve immortality where a religious person would pray to god, again. So faith doesn't really come into the equation for the transhumanist,<snip>
Yes, it does. Immortality through technology requires faith. With any non-zero death rate through external causes, halting the aging process doesn't give you immortality. For example, with a death rate of .01% per year (roughly 1/10 of the current death rate of prime-age (25-35) people in Western countries), 63.2% will have died within the first 10,000 years, and 99.995% within the first 100,000 - and we all know that that's still a blink of the eye on geological timescales. That's the point of the comic posted in the OP, even if Zach may have been to pessimistic about his ambient death ambient death rate.
Yes, we've gone over this before. A couple of points:
First, when we're talking about immortality through technological means, we're not generally talking about the kind of immortality that can last billions of years. Is it the technically correct term to use? No, but it suffices for most people. It's just a colloqial term to say: "not dying of natural causes". So in that sense there's really no problem with it whatsoever, and faith is not required.
Secondly, even true immortality through technology does not require faith; though believing it is inevitable of course, does. There's a number of problems with your argument. For one, you make a needless assumption of there being an actual death rate, and then use that long-term numbers that result from that as an argument against immortality... that's circular reasoning. You need to address the actual likelihood of developing the means to stave off death completely. Dismissing the possibility is not as easy as you may think. There are a number of hypothetical ways in which technology might be developed that does this; for instance, if we accept the idea that a copy of a person's brain; exact enough to reproduce the entire personality and memories; is for all intents and purposes the same as the original (and I don't see why we shouldn't), and the technology is developed to copy the brain and transfer it to a new body, then the .01% death rate disappears. This would also be the case if we could gradually replace the neurons in the human brain with artificial counterparts without a loss of consciousness/identity, and when achieving a 100% replacement rate then disperse consciousness across multiple secure mediums. Furthermore, one could imagine hypothetical technologies that allow forms of regeneration to take place on a biological body so extreme as to make any individuals so outfitted practically invincible. These hypothetical technologies are of course by no means a certainty; it could well be that there's some fundamental law of reality that prohibits them. However, we have NOT as yet discovered such a law; there is absolutely nothing in our current scientific understanding that prohibits any of these three (or other similar) hypothetical technologies from being plausible. Right now, to our science, it just looks like an extremely complicated matter of engineering currently beyond us.
Once you've truly eliminated death as anything other than a voluntary end, the only caveat is the eventual end of the universe... but even this is a problem that could theoretically be bridged, especially for a civilization that has billions; or even trillions (depending on which way the universe ends) of years to think about the problem.
See, the thing isn't that believing these technologies and their effects COULD arise (and wanting or trying to develop them) is a form of faith: it clearly isn't. Keeping one's mind open to future possibilities, and trying to make them a reality through applied reasoning and science is not even remotely similar to faith.
Only believing that they WILL inevitably happen, no question about it, could be called faith. And I don't think most transhumanists are quite so certain in the future.
A) anything physical can be destroyed by a big enough blast
B) big blasts happen in this universe of ours
C) the self, however defined, requires a physical medium to exist
Do tell me which one of those you reject?
<snip>a dozen backups stowed across interstellar space.<snip>
<snip>I can imagine a civilization so advanced that it's become capable of encoding its own constituent minds directly into the fabric of space-time; after all, there's no reason why a 'mind' has to be fueled by either gray matter or sillicon... why can it not function through quantum fluctuations, or cosmic strings, or any number of things?<snip>
unless you're using a very different definition of the word than the one I'm familiar with (and one that I don't think is particularly useful). I have hope and dreams, not faith
Dystopian, why do you even acknowledge this pessimism?
Jokodo, think of it this way. Life has adapted to various conditions on Earth by accident. Think about what we will be able to adapt to with our intensions and the progress of our technologies. Humans can now survive under water, in the Arctic and even in space for Christ sakes; don't you notice the trajectory of our abilities?
Our technology is analogous to the "natural technology" that other life-forms have as part of their biological makeups. There are only so many more conditions that we need to adapt to.
Humans can now survive under water, in the Arctic and even in space
There are only so many more conditions that we need to adapt to.
Because there's nothing at all problematic about keeping a dozen backups spread across interstellar space synchronised.
Can you be a bit more specific about how this encoding minds into the fabric of spacetime business is going to work? Not the engineering details, just a general outline?
I don't think I am using an unusual definition, not necessarily so. If we agree that practicing Muslims or Catholics have faith in heaven, we must allow for faith to be expressed in hope and dreams, not (only) convictions. After all, they're less then confident that they'll make it there, that's why they do all those things like praying or fasting or confessing or going to mass.
Who says they need to be synchronized in real-time? Just send regular updates.
Who says they need to be synchronized in real-time? Just send regular updates.
OK, forget the speed of light. You won't get around the inverse square law, though. Sending an update of a brain requires bandwidth, and sending those kinds of information over interstellar distances requires energy. A lot of it. When they send a laser to the moon to measure it's distance, the beam is spread out over 6.5 km by the time is arrives there, and that's barely over a lightsecond away.
Now, much of that divergence is caused by the atmosphere, so you could probably cut down on the rate of divergence quite a bit by employing a sender in space. Let's say we improve our focus to 1/1,000,000 archsecond instead of the figure of ~1.0 archsecond we manage for the moon. My preliminary calculations suggests that the light would be spread out over an area 16 orders of magnite larger than our lasers on moon, and thus the signal 16 orders of magnitude weaker, by the time it reaches Alpha Cen - and that is allowing for a millionfold improvement of focus. There are physical limits on how much information you can reliably transmit with that kind of connection.
Humans can now survive under water, in the Arctic and even in space
… and in none of those places are they immune against dying from a big enough blast. Indeed, in all of them, people have died.
There are only so many more conditions that we need to adapt to.
Where "adapt" means reach a state where we don't necessarily die under those conditions. What you need for immortality is a state where we necessarily don't die. Quite a different animal.
Humans can now survive under water, in the Arctic and even in space
… and in none of those places are they immune against dying from a big enough blast. Indeed, in all of them, people have died.
There are only so many more conditions that we need to adapt to.
Where "adapt" means reach a state where we don't necessarily die under those conditions. What you need for immortality is a state where we necessarily don't die. Quite a different animal.
The important part is where I said, "don't you notice the trajectory of our abilities?" Especially note the motivation behind medicine and the thought of extending lives. What is more valuable than one's own life/health and the lives of loved ones? The motivation goes to infinity as does the value of the goal.
It's like saying that we don't have the material to support a 3 km high-rise now, so we never will.
Who says they need to be synchronized in real-time? Just send regular updates.
OK, forget the speed of light. You won't get around the inverse square law, though. Sending an update of a brain requires bandwidth, and sending those kinds of information over interstellar distances requires energy. A lot of it. When they send a laser to the moon to measure it's distance, the beam is spread out over 6.5 km by the time is arrives there, and that's barely over a lightsecond away.
Now, much of that divergence is caused by the atmosphere, so you could probably cut down on the rate of divergence quite a bit by employing a sender in space. Let's say we improve our focus to 1/1,000,000 archsecond instead of the figure of ~1.0 archsecond we manage for the moon. My preliminary calculations suggests that the light would be spread out over an area 16 orders of magnite larger than our lasers on moon, and thus the signal 16 orders of magnitude weaker, by the time it reaches Alpha Cen - and that is allowing for a millionfold improvement of focus. There are physical limits on how much information you can reliably transmit with that kind of connection.
So load it on a hard drive and send a ship. If the interval between death and ressurrection is 10 million years instead of 50 years, what's the difference?