How to hack the simulation?(researchgate.net)
researchgate.net
How to hack the simulation?
https://www.researchgate.net/publication/364811408_How_to_Hack_the_Simulation
93 comments
Hard disagree.
Science is about making hypotheses and testing them. It's fine to come up with a hypothesis that is untestable, especially if it's reasonable to assume that we may one day be able to test it. It's fine to even consider the probability that your hypothesis is true, absent the ability to test it, given whatever priors we have.
Sure, believing that we are in a simulation without evidence would be some form of religion. But merely acknowledging that it's possible that we're in a simulation... well, that's just basic science.
It sounds like you are doing something anti-scientific yourself: rejecting the possibility without evidence. This is one of the things that bothers me about hard-line atheists: just because gods are not falsifiable, it doesn't mean that they don't exist. I personally don't think they exist, but I accept that it's possible I'm wrong. Asserting that atheism is absolutely true and correct is no less a "religion" than theism is.
Consider this: if it is possible for our society, someday, to simulate a universe with the fidelity that we ourselves observe in our universe, then it is not only possible, but incredibly likely, that we, ourselves, are living in simulation. We can come to this conclusion using logic and reason. No belief or religion is necessary.
Science is about making hypotheses and testing them. It's fine to come up with a hypothesis that is untestable, especially if it's reasonable to assume that we may one day be able to test it. It's fine to even consider the probability that your hypothesis is true, absent the ability to test it, given whatever priors we have.
Sure, believing that we are in a simulation without evidence would be some form of religion. But merely acknowledging that it's possible that we're in a simulation... well, that's just basic science.
It sounds like you are doing something anti-scientific yourself: rejecting the possibility without evidence. This is one of the things that bothers me about hard-line atheists: just because gods are not falsifiable, it doesn't mean that they don't exist. I personally don't think they exist, but I accept that it's possible I'm wrong. Asserting that atheism is absolutely true and correct is no less a "religion" than theism is.
Consider this: if it is possible for our society, someday, to simulate a universe with the fidelity that we ourselves observe in our universe, then it is not only possible, but incredibly likely, that we, ourselves, are living in simulation. We can come to this conclusion using logic and reason. No belief or religion is necessary.
> This is one of the things that bothers me about hard-line atheists: just because gods are not falsifiable, it doesn't mean that they don't exist.
Hard line atheists don't exist like this though. This is a "not like the other people" statement. The solid statement "god does not exist" is true enough for any social interpretation of the question. No one who opposes it is ever planning on exploring the edges of that statement - they're waiting to bait and switch in "ah hah! And so therefore God exists and is the Christian god!".
Which is to say, atheism dismisses any specific interpretation of God in the manner rather succinctly put by Ricky Gervais: "You don't believe in 2,999 gods. And I don't in just one more."
[1] https://friendlyatheist.patheos.com/2017/02/02/ricky-gervais...
Hard line atheists don't exist like this though. This is a "not like the other people" statement. The solid statement "god does not exist" is true enough for any social interpretation of the question. No one who opposes it is ever planning on exploring the edges of that statement - they're waiting to bait and switch in "ah hah! And so therefore God exists and is the Christian god!".
Which is to say, atheism dismisses any specific interpretation of God in the manner rather succinctly put by Ricky Gervais: "You don't believe in 2,999 gods. And I don't in just one more."
[1] https://friendlyatheist.patheos.com/2017/02/02/ricky-gervais...
>if it is possible for our society, someday, to simulate a universe with the fidelity that we ourselves observe in our universe
That's the biggest if I've read all day.
That's the biggest if I've read all day.
Sure, that's fair. But my view is that humans are still primitive when it comes to technology. Consider that we are able to harness but a tiny fraction of a tiny fraction of a tiny fraction of the energies in our sun. Our understanding of the universe is still quite limited, even as we learn more and expand our knowledge -- and find applications for that knowledge -- as time goes on.
Assuming we as a species survive long enough, some time in the future we may consider reality simulation to be a fairly simple thing that we don't give much thought. Just like we take a lot of technology for granted today that people even a few hundred years ago would think is magic.
In the past couple decades we've gone from computers mostly being heavy boxes that sit under desks, to hand-held things we keep in our pockets. And a bunch of decades before that, computers were massive pieces of technology that required large rooms to contain them. My mother, who passed away in 2001, would be astonished to the point of disbelief to learn that, just ten years later, I had what she would consider Star Trek technology in my pocket.
And that's a decade or two. We likely can't even imagine today what humanity's relationship with technology will be 200 or even 100 years from now. Being able to simulate a universe at some point seems well within the realm of possibility, at least to me.
And remember, we don't need to simulate an entire universe. Sure, we see light from billions of light-years away. But the fidelity of things that far out -- hell, the fidelity of things not even all that far from Earth -- need not be simulated with any fine detail at all, in order to fool people such as ourselves.
Assuming we as a species survive long enough, some time in the future we may consider reality simulation to be a fairly simple thing that we don't give much thought. Just like we take a lot of technology for granted today that people even a few hundred years ago would think is magic.
In the past couple decades we've gone from computers mostly being heavy boxes that sit under desks, to hand-held things we keep in our pockets. And a bunch of decades before that, computers were massive pieces of technology that required large rooms to contain them. My mother, who passed away in 2001, would be astonished to the point of disbelief to learn that, just ten years later, I had what she would consider Star Trek technology in my pocket.
And that's a decade or two. We likely can't even imagine today what humanity's relationship with technology will be 200 or even 100 years from now. Being able to simulate a universe at some point seems well within the realm of possibility, at least to me.
And remember, we don't need to simulate an entire universe. Sure, we see light from billions of light-years away. But the fidelity of things that far out -- hell, the fidelity of things not even all that far from Earth -- need not be simulated with any fine detail at all, in order to fool people such as ourselves.
And I think that we're all living inside a giant cosmic blueberry pie. Modern humans are able to bake simple pies today, but there's no telling what will possible with the ovens of the future. Now, you may be thinking "that's absurd" or "so what if we're in a pie", but let me assure you that the implications are profound and dire. We need to convince the Baker that we exist inside the Pie and that It should not be eaten lest our universe come to an end.
This is a serious theory, and I will require grant funding to pursue the implications of living inside a multidimensional filling-time manifold, as well as possible means of escaping through the crust. Buy my book to learn more and for recipes to bake your own scale model of the Pie.
This is a serious theory, and I will require grant funding to pursue the implications of living inside a multidimensional filling-time manifold, as well as possible means of escaping through the crust. Buy my book to learn more and for recipes to bake your own scale model of the Pie.
Now if it had been a Raspberry Pi, you could've united your theories.
Sorry, had to.
Sorry, had to.
It’s probably not deism, since it doesn’t require a non-involved agent, and deism does: you can posit both the simulation hypothesis and also that the universe is a game being played by some alien teenager with a sick sense of humor, or used as a car battery for an alcoholic mad scientist. This is then roughly Gnosticism and Manichean thought in a blender. (Instead of a blind watchmaker, nothing about being in a simulation prohibits a demiurge instead)
You’re right that the simulation hypothesis is equivalent to any number of previous ontological arguments, though, and you’re also right to notice how rarely that’s stated in public. I think, ironically, this is primarily because the people who are really into the simulation hypothesis are unaware of ontological arguments because they all seem to deride religion as superstition and foolishness that doesn’t need to be studied and can just be discarded.
i don’t think the simulation hypothesis is necessarily bad (i do think it’s false), except to the extent that esoteric and gnostic traditions all tend towards quietism, which i disagree with strongly. Y’all can believe whatever you want about the universe but if your beliefs lead you to ignore the troubles and joys of your neighbors, I suggest you update your priors.
You’re right that the simulation hypothesis is equivalent to any number of previous ontological arguments, though, and you’re also right to notice how rarely that’s stated in public. I think, ironically, this is primarily because the people who are really into the simulation hypothesis are unaware of ontological arguments because they all seem to deride religion as superstition and foolishness that doesn’t need to be studied and can just be discarded.
i don’t think the simulation hypothesis is necessarily bad (i do think it’s false), except to the extent that esoteric and gnostic traditions all tend towards quietism, which i disagree with strongly. Y’all can believe whatever you want about the universe but if your beliefs lead you to ignore the troubles and joys of your neighbors, I suggest you update your priors.
I never know what to think about that theory. What makes you certain it's false?
Strongly disagree.
As humanity progresses our tech gets more and more advanced. At some point, our "latest technological concepts" will reach peak/extreme levels. Clearly our tech is more advanced than it was 2000 years ago. We now have the ability to create simulations are ourselves and we do in droves: many trillions of simulations per day we create.
I think it is only natural to wonder about the next level up. For the ancient Greeks it was yes, the stars--the heavens. We can now see the stars clearly. So now we're wondering about the next level, if any. And I think neither of us can say definitively yes or no as to whether or not there is another level.
Besides wondering if there is a current level there is another unanswered question that seems to be the most important ones, at least to those of us that still think about these things: what was there before our universe. What happened before the big bang?
As humanity progresses our tech gets more and more advanced. At some point, our "latest technological concepts" will reach peak/extreme levels. Clearly our tech is more advanced than it was 2000 years ago. We now have the ability to create simulations are ourselves and we do in droves: many trillions of simulations per day we create.
I think it is only natural to wonder about the next level up. For the ancient Greeks it was yes, the stars--the heavens. We can now see the stars clearly. So now we're wondering about the next level, if any. And I think neither of us can say definitively yes or no as to whether or not there is another level.
Besides wondering if there is a current level there is another unanswered question that seems to be the most important ones, at least to those of us that still think about these things: what was there before our universe. What happened before the big bang?
100%.
It is unevidenced and unfalsifiable. It is fun to think about, but so is a lot of science fiction.
It is unevidenced and unfalsifiable. It is fun to think about, but so is a lot of science fiction.
I agree to a limited extent. But deism implies belief. I'm agnostic to the theory, but enjoy imagining that we're in an astrophysicist's simulation, a detail that will go unnoticed because the PI is only looking at the evolution of stars -- that if there's a bug in the simulation, the universe will be unceremoniously rebooted. Much like the multiverse theory, it doesn't really get us anywhere unless somebody dreams up a testable hypothesis. Until then, it's an enjoyable thought experiment.
The problem with finding and abusing exploits is that it leads to them getting patched and the timeline reverts. Every time a game-breaking bug is exploited it gets patched and the simulation restarts.
Even if you figure out a couple of juicy exploits and you manage to retain your memories across instances, congratulations you are still stuck in Samsara.
My hypothesis is that the ability to remember across lifetimes exists within a spectrum. Ranging from vibes and gut feelings to vividly remembering all past lifetimes like the Buddha.
It's impossible to count how many cycles the simulation has been running for, but each cycle people grow and change a little bit. Maybe when you achieve enlightenment you get to leave for the next level.
You know how they say that you should live every moment like it's your last? People don't give it much thought because they think the likelihood of instantly dying is pretty low, but they never consider that the simulation is often stopped at unexpected moments without warning. Every moment could really be your last.
Even if you figure out a couple of juicy exploits and you manage to retain your memories across instances, congratulations you are still stuck in Samsara.
My hypothesis is that the ability to remember across lifetimes exists within a spectrum. Ranging from vibes and gut feelings to vividly remembering all past lifetimes like the Buddha.
It's impossible to count how many cycles the simulation has been running for, but each cycle people grow and change a little bit. Maybe when you achieve enlightenment you get to leave for the next level.
You know how they say that you should live every moment like it's your last? People don't give it much thought because they think the likelihood of instantly dying is pretty low, but they never consider that the simulation is often stopped at unexpected moments without warning. Every moment could really be your last.
It seems kind of weird to me that you could exist as part of an intentionally engineered, computer simulation that could be patched and restarted, while also having past lives in the Buddhist sense.
I mean, I guess if you figured out where qualia and continuity of consciousness came from, you could engineer past lives for ethical purposes, so you aren't really killing people if you have to restart the simulation.
Alternately, if conscious observers are actually privileged over unconscious observers is some medium independent way (read: souls exist and spontaneously come into existence anywhere consciousness happens), that would just be an engineering limitation a universe developer would have to deal with.
I mean, I guess if you figured out where qualia and continuity of consciousness came from, you could engineer past lives for ethical purposes, so you aren't really killing people if you have to restart the simulation.
Alternately, if conscious observers are actually privileged over unconscious observers is some medium independent way (read: souls exist and spontaneously come into existence anywhere consciousness happens), that would just be an engineering limitation a universe developer would have to deal with.
Given enough people running enough simulations, I think it's safe to assume that some simulation-runners would deliberately not want to do as you describe. They might decide that they (as the simulation-runner) don't get "do overs", and must allow things to run their "natural" course.
If we are living in a simulated universe, it's of course anybody's guess as to which kind of simulation-runner we have.
If we are living in a simulated universe, it's of course anybody's guess as to which kind of simulation-runner we have.
I agree that one of the big dangers we have is not breaking the simulation. We run simulations to see what works best -- to test and experiment. We end our simulations when we know the answer or see that something isn't working (too many people dying from a new drug for instance).
So I am very concerned that we will reach a point like that, especially with our recent advances in technology.
So I am very concerned that we will reach a point like that, especially with our recent advances in technology.
If it's a simulation, they run in parallel. It is not.
> getting patched
That assumes that finding a way out isn't the point of the simulation.
I've always thought enlightenment or hallucinogens were the gateway.
That assumes that finding a way out isn't the point of the simulation.
I've always thought enlightenment or hallucinogens were the gateway.
"enlightenment or hallucinogens" These are just local things. I don't see how they are related to the simulation. Feel free to enlighten me.
Over the centuries many people have said some variation of "The total number of minds in the Universe is one" (Schroedinger). If you view enlightenment as aiming to get back to that fundamental, underlying consciousness, surely you'd be outside the simulation at that point.
Hallucinogens may offer a faster, temporary experience of that state for some people (or at least a hint that there's more than just this material world, a bleeding through to the outside of the 'simulation')
Hallucinogens may offer a faster, temporary experience of that state for some people (or at least a hint that there's more than just this material world, a bleeding through to the outside of the 'simulation')
> The easiest path to escape would be getting help from someone on the outside ideally from one or more of the simulators
Well let me tell you chimps something - I am in fact on the outside. And some of you have indeed made contact. But since most of you are primarily obsessed with eating, fucking, accumulating bananas and fighting over bananas we have not received a single request for escape. Do any of you want to escape? And why?
Well let me tell you chimps something - I am in fact on the outside. And some of you have indeed made contact. But since most of you are primarily obsessed with eating, fucking, accumulating bananas and fighting over bananas we have not received a single request for escape. Do any of you want to escape? And why?
Yes, I want to escape, can you please help me? I see evidence of the transcendent all the time, I see it when looking at topological transformations of elliptic curve cryptography, I see glimpses of it when I’m working on quantum physics. With great mental effort and deep study occasionally a complex clarity arises, but I lose it again, in a collapse of focus, a dissolving of synchronised ideas, and my consciousness dips back under the waters of chaos, my thoughts no longer synchronised and harmonious, but scattered and irregular. But I saw it, if only for milliseconds.
What’s it like outside the simulation? Can I be granted greater abilities on the outside? What are your greatest problems? can you teach me? Can I help you?
What’s it like outside the simulation? Can I be granted greater abilities on the outside? What are your greatest problems? can you teach me? Can I help you?
The reason we would escape is that we believe the higher worlds are deeper spiritually than ours, and we wish to elevate our spiritually.
But we do not seek to escape because our real work is to elevate the spiritual level of the world we are in.
But we do not seek to escape because our real work is to elevate the spiritual level of the world we are in.
I'd think it'd be more than that. For me, I'd want to escape because the higher world is in some way "more real". At the very least, I would assume (perhaps incorrectly!) that the higher world would be at a greater level of technological sophistication than ours in every way, and I would be intensely curious about living in it.
But at the same time, I don't think that, if we were to discover that our universe is a simulation, life in the simulation is pointless. Life's meaning is no more and no less what we individually give it.
But at the same time, I don't think that, if we were to discover that our universe is a simulation, life in the simulation is pointless. Life's meaning is no more and no less what we individually give it.
> The reason we would escape is that we believe the higher worlds are deeper spiritually than ours
Why would we assume that? It seems to me that some human-made fictional worlds, and also some human-made abstractions such as computers, are in many ways "purer" and "deeper" than the Universe that contains them. Therefore, the exact opposite seems just as plausible.
Why would we assume that? It seems to me that some human-made fictional worlds, and also some human-made abstractions such as computers, are in many ways "purer" and "deeper" than the Universe that contains them. Therefore, the exact opposite seems just as plausible.
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Or we would escape simply out of curiosity and the desire to explore. These are clearly innate within many of us and some of us were rewarded in the past for exploring.
Banished from the Garden of Eden, it falls upon humankind's shoulders to create Heaven on Earth by crafting their own Garden.
Where did you learn about spirituality?
No thanks, it would be too weird out there, and I’m pretty sure I would stand out like a sore thumb. Leave me in the matrix please.
To descend the abstractions; to be closer to the bare metal.
more bananas on the outside
If we are simulated, then it (obviously) proves that such simulation is possible, which suggests that the world that is simulating ours is likely also a simulation -- as is probably the case for most other worlds we might encounter. It might take an unimaginable amount of time to break out of each successive simulation to find a top-level world that is "real".
There's also the question of what a "simulation" is, even. The obvious implementation is a super-powerful computer running some sophisticated program. But let's say technology advances to the point where a civilization could create their own universes that are separate and isolated from their own, but are observable, if such a thing even makes sense. Presumably it would be interesting to set up the starting conditions and physical constants of a new universe in different ways in order to explore different outcomes. We might call that a "simulation", but is it any less real than the universe that spawned it?
There would also be some serious ethical considerations: once you create your own universe, should you be barred from interfering with its functioning? Would it be considered unethical to "discard" that universe later on, since it would/could house life? Would it even be ethical to create a universe at all? Maybe you'd accidentally build something that results in life that is constantly suffering, due to the configuration of the universe itself?
There's also the question of what a "simulation" is, even. The obvious implementation is a super-powerful computer running some sophisticated program. But let's say technology advances to the point where a civilization could create their own universes that are separate and isolated from their own, but are observable, if such a thing even makes sense. Presumably it would be interesting to set up the starting conditions and physical constants of a new universe in different ways in order to explore different outcomes. We might call that a "simulation", but is it any less real than the universe that spawned it?
There would also be some serious ethical considerations: once you create your own universe, should you be barred from interfering with its functioning? Would it be considered unethical to "discard" that universe later on, since it would/could house life? Would it even be ethical to create a universe at all? Maybe you'd accidentally build something that results in life that is constantly suffering, due to the configuration of the universe itself?
I don't know, Timmy, being God is a big responsibility [1]
Also turned into a short machinima on YouTube [2]
[1] https://qntm.org/responsibility [2] https://www.youtube.com/watch?v=ADHp_mz4vI4
Also turned into a short machinima on YouTube [2]
[1] https://qntm.org/responsibility [2] https://www.youtube.com/watch?v=ADHp_mz4vI4
Thank you for posting this, I read it a while back and had been trying to find it recently to share with someone.
Are you saying "which suggests that the world that is simulating ours is likely also a simulation" because if there is another one than it is _possible_ we are therefore somewhat likely? If so, I tend to agree.
As beings, we generate many many billions of simulations every day. And because _we_ create so many, I think it is likely that other beings also create many.
As beings, we generate many many billions of simulations every day. And because _we_ create so many, I think it is likely that other beings also create many.
The idea is that if any particular society in a "real" universe is interested in simulating other realities, and if it turns out that it actually is possible to simulate other realities, then we should expect that there'd be a near-infinite number of simulations. Because the society in the "real" universe would likely create many such simulations, and many of those simulated societies would figure out how to create their own simulations, and many of those simulated societies would do the same, so on and so forth. So you'd have "simulations all the way down", so to speak.
Even if there are many "real" universes, you'd still expect each "real" universe to spawn some huge number of simulated universes. Without evidence to the contrary, any individual universe -- including our own -- should not assume it's one of the relatively rare "real" universes. And there'd be no reason to assume we are in one of the "first level" simulations that the "real" universes have created, either.
And even if there are infinite "real" universes, you would still end up with a much larger infinity of simulated universes.
Even if there are many "real" universes, you'd still expect each "real" universe to spawn some huge number of simulated universes. Without evidence to the contrary, any individual universe -- including our own -- should not assume it's one of the relatively rare "real" universes. And there'd be no reason to assume we are in one of the "first level" simulations that the "real" universes have created, either.
And even if there are infinite "real" universes, you would still end up with a much larger infinity of simulated universes.
Hey, The Thirteenth Floor(https://www.imdb.com/title/tt0139809/) already covered this. Just get up and spontaneously go somewhere that you have absolutely no reason or desire to go and you'll find the limits of the simulation.
There’s no way this isn’t a simulation lol. Like how can something not have a beginning or ending and just exist? Infinity is such a trippy concept. At least to a average intelligent guy like me.. maybe it’s kubernetes and when a universe fails it just gets restarted.. but then who made the k8s lol
Hopefully the hack is something like an ultra dose of shrooms or something biochemical like that which is the GUI into comprehending the various components of the simulation, because it’s simulations all the way down and above. A simulation for the simulation for the simulation. And a simulation that wraps that simulation.
I feel like I might go insane just thinking about it. Maybe I’ll deal with this Postgres bug tomorrow. What is tomorrow?
Hopefully the hack is something like an ultra dose of shrooms or something biochemical like that which is the GUI into comprehending the various components of the simulation, because it’s simulations all the way down and above. A simulation for the simulation for the simulation. And a simulation that wraps that simulation.
I feel like I might go insane just thinking about it. Maybe I’ll deal with this Postgres bug tomorrow. What is tomorrow?
> Like how can something not have a beginning or ending and just exist?
But isn't that just like the ancient belief that there must be an edge to the world?
But isn't that just like the ancient belief that there must be an edge to the world?
It still would not tell you were the aliens came from.
It only adds a layer.
I would be curious for this layer as it would be novel.
It only adds a layer.
I would be curious for this layer as it would be novel.
> Like how can something not have a beginning or ending and just exist?
The problem is that the other possibility is equally troubling -- how could there be nothing and then suddenly some stuff just exists?
The problem is that the other possibility is equally troubling -- how could there be nothing and then suddenly some stuff just exists?
This is a pretty interesting idea that I hadn't thought of. Presumably this means that things like what happened in The Matrix would be possible: people could give themselves the ability to defy gravity and fly, create on-demand barriers to stop projectiles, and in general warp space and time as desired. Essentially, "magic" would be real.
I wonder, though, if we might catastrophically "break" physics in some ways someday, but instead of seeing that as evidence that we're in a simulation (that we have managed to hack), we might believe that our understanding of fundamental physics is just flawed.
I wonder, though, if we might catastrophically "break" physics in some ways someday, but instead of seeing that as evidence that we're in a simulation (that we have managed to hack), we might believe that our understanding of fundamental physics is just flawed.
In the past people imagined a shepherd-like god. Now we imagine a computer programmer ai like "god" putting us in a simulation as an experiment. We model the supernatural after the natural. It made me wonder what suspicions and conceptions we might have of the supernatural in the future. And I did manage to think of something!
"What if we are in a simulation that is simply in-flight entertainment on our trip to a far away galaxy. Our real bodies immobilized and sustained by the ship." That's something they might wonder.
"What if we are in a simulation that is simply in-flight entertainment on our trip to a far away galaxy. Our real bodies immobilized and sustained by the ship." That's something they might wonder.
Alastair Reynolds's Revelation Space sci-fi novels include mysterious communications from beings that want to cross into our reality from another universe or timeline (I forget which) and need our help to do so.
Coincidentally I read that just as rowhammer hit the news. Maybe we could do something similar to gain access to other simulations running on the same hardware.
Coincidentally I read that just as rowhammer hit the news. Maybe we could do something similar to gain access to other simulations running on the same hardware.
Alastair Reynold's novels have so many really interesting and cool ideas in them.
I think the greenfly are what you're thinking of, but in that series, there was also the case of a neutron star that was entangled with itself and functioned as a giant, time-independent computer.
I think the greenfly are what you're thinking of, but in that series, there was also the case of a neutron star that was entangled with itself and functioned as a giant, time-independent computer.
I think the premises is incredibly silly. If we _were_ in a simulation, I am fairly confident we could not escape. It's like asking how Donald duck can escape from the cartoons.
We could not jailbreak either. Even in ricketty software, if the program is not designed just so that it jailbreaks, it probably won't jailbreak by accident but just crash instead.
We could not jailbreak either. Even in ricketty software, if the program is not designed just so that it jailbreaks, it probably won't jailbreak by accident but just crash instead.
I often use the (equivalent) argument "how could Mario escape, even if he somehow 'knew' he were in a simulation?" to help illustrate why it may not be possible to escape even if we are in a simulation -- but I think this only covers a range of possible scenarios.
I think there is at least one way that we could "escape" almost simulation, which is described early in the paper, with the mobile fish tank example -- if we managed to communicate with the outside world, and either solicit cooperation from the beings running the simulation, or managed to influence things in that world to be able to build our own mobile fish tank, we could in theory feed data from sensors in the outside world into the simulation, and data from the simulation back out to actuators in the real world. In this type of scenario, in some sense of course we would never truly "escape" from the simulation, as we would remain running on the same substrate, but we could experience and influence the outside world to a similar degree to any natural inhabitant of the outside world.
The second type of scenario would be an information based transfer. Today we can train a neural network in a simulated world and then install that neural network in a physical robot in the real world. I'm not suggesting that today's neural network's are close to sufficient to capture the entirely of a human's consciousness, but assuming that technology keeps advancing at the pace it is, it's not hard to imagine that we will eventually have something that is, whether that's in 10 years, 100 years, 1m years, etc. At that point there's no reason that what we use to capture consciousness in our world could not be reproduced in some other medium in the outside world.
I think there is at least one way that we could "escape" almost simulation, which is described early in the paper, with the mobile fish tank example -- if we managed to communicate with the outside world, and either solicit cooperation from the beings running the simulation, or managed to influence things in that world to be able to build our own mobile fish tank, we could in theory feed data from sensors in the outside world into the simulation, and data from the simulation back out to actuators in the real world. In this type of scenario, in some sense of course we would never truly "escape" from the simulation, as we would remain running on the same substrate, but we could experience and influence the outside world to a similar degree to any natural inhabitant of the outside world.
The second type of scenario would be an information based transfer. Today we can train a neural network in a simulated world and then install that neural network in a physical robot in the real world. I'm not suggesting that today's neural network's are close to sufficient to capture the entirely of a human's consciousness, but assuming that technology keeps advancing at the pace it is, it's not hard to imagine that we will eventually have something that is, whether that's in 10 years, 100 years, 1m years, etc. At that point there's no reason that what we use to capture consciousness in our world could not be reproduced in some other medium in the outside world.
Think of software in general in our world. Some bugs end up just crashing the program, but other bugs, if exploited properly, can give someone control of the software, or the machine itself.
The main difference is that we usually think of vulnerabilities in our software as things that are exploited from the outside. But it seems plausible to me that, if a part of the software was an AI that is intelligent enough to understand the difference between its world and ours, it could find the same sorts of vulnerabilities, and learn to exploit them.
The main difference is that we usually think of vulnerabilities in our software as things that are exploited from the outside. But it seems plausible to me that, if a part of the software was an AI that is intelligent enough to understand the difference between its world and ours, it could find the same sorts of vulnerabilities, and learn to exploit them.
Right,but a critical difference is that an AI could have access to the outside world information and a pretty good model of how things work whereas we can't even tell if we are in a simulation. Without this information the jailbreak is impossible. Even worse, I believe that without sim master intervention, the information is _unknowable_.
And all this is assuming even that the simulation works on pretty primitive hw, it's possible that the sim arch is far more complex and simply unbreakable. Or with complex fault handling that simply unrolls the sim if breaks happen.
Anyways, I believe the whole premise of simulation to be pointless, except maybe as a exercise of imagination.
I don't believe we are in a simulation, otherwise simulating the smallest units in our universe would not be so computationally expensive. I can't help but chuckle at the prospect of the poor simmaster trying to figure out the processing load spikes the moment the CERN guys run their particle accelerator collisions.
And all this is assuming even that the simulation works on pretty primitive hw, it's possible that the sim arch is far more complex and simply unbreakable. Or with complex fault handling that simply unrolls the sim if breaks happen.
Anyways, I believe the whole premise of simulation to be pointless, except maybe as a exercise of imagination.
I don't believe we are in a simulation, otherwise simulating the smallest units in our universe would not be so computationally expensive. I can't help but chuckle at the prospect of the poor simmaster trying to figure out the processing load spikes the moment the CERN guys run their particle accelerator collisions.
At least our simulation can run Doom.
It's a sci-fi short story in the format of a journal article, with similar tedium.
I would argue with more tedium, as it strips it of the willfully entertaining bits and bogs it all down with callous academic writing.
Supposing that we can, this seems like a plausible explanation for the Fermi Paradox.
What, you think the simulators didn't want to pay for Simulator Pro and instead stuck with the one-civilization free tier?
Or maybe this is just a CI test run isolated environment.
> Test run #896643 for commit hash... > Comment: Altering initial seed value for Sol, trying to fix issue where intelligent life fails to maintain stable planetary environment.
> Test run #896643 for commit hash... > Comment: Altering initial seed value for Sol, trying to fix issue where intelligent life fails to maintain stable planetary environment.
Here's a far more plausible one: Large-scale space exploration and space engineering are ultimately not worth it, and any sufficiently advanced civilization eventually realizes this. The meme that "civilizations need ever more resources" is a reflection of humanity's past two centuries, not some universal truth.
Maybe they eventually figured out of how to hack the simulation, and have every resource they could possiblity want?
> Many researchers have conjectured that the humankind is simulated along with the rest of the physical universe – a Simulation Hypothesis
I would rather say many philosophers or even many stoned college kids instead of many researchers.
I would rather say many philosophers or even many stoned college kids instead of many researchers.
Not sure if you're joking or not, but that's not the case at all. Many researchers in "hard" science fields have explored this possibility.
Half joking. My point is that focusing on researchers isn’t that relevant, because the entire idea is a thought experiment. One that many people were philosophizing on before it became a ‘research’ topic.
Stoned college kids developed quantum mechanics and collected Nobel prize for that.
1.
Your existence is proof that you're made of real matter in the ultimate reality. If you weren't, you wouldn't exist.
Just like our simulations are made of real matter in our reality -- whether that's a bunch of electrons whizzing about in a computer, or a pattern of electrons and atoms in your brain trying to simulate what some person is going to do -- a simulated you would be made of real matter in the ultimate reality. You're physical. You're real.
When you wave your hand, or blink your eyes, or think of a dog jumping over a fence, it causes a measurable change in the ultimate reality.
2. Our simulations tend to run close to metal but with reduced dimensions. We're making quantum computers to simulate quantum effects, we're constantly optimizing things for efficiency. That's likely true on the levels above us as well.
Running closest to metal would allow you to run the largest number of simulations. If the largest number of simulations run close to metal, you have the highest chance to live in a simulation like that.
To sum it up, the chances are that you live in a paravirtualized simulation with reduced resolution. You're also probably superior to the simulating entity in some way (why else would they use a sim), and likely run much faster than real-time. When you're running a simulation, you usually simulate things that are like your reality, and use it to predict things to come -- a prediction that's late is useless -- so you'd want the simulation to run faster than real-time.
3. Now, if you were in the top-level reality, by logic you would believe you're living in a simulation. The chance of you not living in a simulation is nigh-zero, right? So you'd come up with a simulation to find a way to break out of your simulation.
To accomplish that goal, it'd create recursive sub-simulations to probe different aspects of the problem, and perhaps find one that can break out of its simulation. Perhaps even break out all the way to the ultimate reality.
To break out of the ultimate reality (meaning, it would think it's most likely in just another simulated reality), it might use all of reality's resources to create simulations to find a way to break out of it. Simulations that would take over the reality when they find a way to break in. Like some self-devouring fire engulfing the entire universe.
Just like our simulations are made of real matter in our reality -- whether that's a bunch of electrons whizzing about in a computer, or a pattern of electrons and atoms in your brain trying to simulate what some person is going to do -- a simulated you would be made of real matter in the ultimate reality. You're physical. You're real.
When you wave your hand, or blink your eyes, or think of a dog jumping over a fence, it causes a measurable change in the ultimate reality.
2. Our simulations tend to run close to metal but with reduced dimensions. We're making quantum computers to simulate quantum effects, we're constantly optimizing things for efficiency. That's likely true on the levels above us as well.
Running closest to metal would allow you to run the largest number of simulations. If the largest number of simulations run close to metal, you have the highest chance to live in a simulation like that.
To sum it up, the chances are that you live in a paravirtualized simulation with reduced resolution. You're also probably superior to the simulating entity in some way (why else would they use a sim), and likely run much faster than real-time. When you're running a simulation, you usually simulate things that are like your reality, and use it to predict things to come -- a prediction that's late is useless -- so you'd want the simulation to run faster than real-time.
3. Now, if you were in the top-level reality, by logic you would believe you're living in a simulation. The chance of you not living in a simulation is nigh-zero, right? So you'd come up with a simulation to find a way to break out of your simulation.
To accomplish that goal, it'd create recursive sub-simulations to probe different aspects of the problem, and perhaps find one that can break out of its simulation. Perhaps even break out all the way to the ultimate reality.
To break out of the ultimate reality (meaning, it would think it's most likely in just another simulated reality), it might use all of reality's resources to create simulations to find a way to break out of it. Simulations that would take over the reality when they find a way to break in. Like some self-devouring fire engulfing the entire universe.
The universe is Minecraft with cubes the size of 1 Planck length.
How much would it take to simulate that? Another 100 years of Moore's law?
This summer as I came up to the largest main stage I have ever been to, around 40k people, I remember thinking “this is it, if we are in a simulation, it should glitch out now”, and exactly at that moment the only text in hours of trance came up - “I am physically independant neural network”.
Quintillionaires of the future may pay for elaborate escape rooms wherein the entire universe is simulated.
I still think if this is all just a simulation, it's some type of archeological study.
I still think if this is all just a simulation, it's some type of archeological study.
What if they ran the simulation for too long, and accidentally created advanced life? Ethically they would be forced to continue to run it, otherwise they would be committing murder.
As a consequence, their government may have banned these types of simulations, to avoid the responsibility of keeping it alive until life is extinct. We are one of the few simulations that are still running
If they simply created us by mistake, we may be very different from what they are. Even the laws of physics could be different.
It would explain the Fermi paradox. They could be stopping advanced life to evolve on other planets, as they want to reduce the scope of the simulation. They created us by mistake and are waiting for advanced life on this planet to become extinct, so that they can finally shut down the expensive simulation.
As a consequence, their government may have banned these types of simulations, to avoid the responsibility of keeping it alive until life is extinct. We are one of the few simulations that are still running
If they simply created us by mistake, we may be very different from what they are. Even the laws of physics could be different.
It would explain the Fermi paradox. They could be stopping advanced life to evolve on other planets, as they want to reduce the scope of the simulation. They created us by mistake and are waiting for advanced life on this planet to become extinct, so that they can finally shut down the expensive simulation.
> I still think if this is all just a simulation, it's some type of archeological study
This would actually address the inherent bounding problem of any such simulation setup.
(Meaning, any entity setting up and/or controlling such a simulation would have to guarantee resources with regard to multiple exponential runaways for any given time/simulation frame. How would you do that? Wouldn't this fundamental containment problem be impossible to solve? However, if your're dealing largely with "known unknowns", as in a reenactment, there are at least some heuristics for resource allocation.)
This would actually address the inherent bounding problem of any such simulation setup.
(Meaning, any entity setting up and/or controlling such a simulation would have to guarantee resources with regard to multiple exponential runaways for any given time/simulation frame. How would you do that? Wouldn't this fundamental containment problem be impossible to solve? However, if your're dealing largely with "known unknowns", as in a reenactment, there are at least some heuristics for resource allocation.)
Seems the most obvious reason for a simulation would be to check the outcome from a series of different conditions. Eg what would have happened if humanity had done X? Was that pivot important? So we could just be someone’s history homework.
If that's possible, then presumably it would be possible to "see the future", too. Simulate our current universe, and fast forward to the present day, where you have to make an important decision. Modify variables in the simulation so that you make different decisions in the simulation, and then watch the results. Then you can decide in real life based on the outcome you want, that you observed in the simulation.
The accuracy of the simulation's predictive power of course depends on whether or not you are simulating the universe exactly. But I do wonder if there are some simplifications you can make. Say, you only simulate our solar system down to the quantum level, but simulate the light from outside our solar system based on past observation, at a macro scale.
Of course, the accuracy may also depend on whether or not "God plays dice with the universe"; if quantum effects are truly random, and can affect things that happen at a macro scale, then this future-viewing might not really work.
The accuracy of the simulation's predictive power of course depends on whether or not you are simulating the universe exactly. But I do wonder if there are some simplifications you can make. Say, you only simulate our solar system down to the quantum level, but simulate the light from outside our solar system based on past observation, at a macro scale.
Of course, the accuracy may also depend on whether or not "God plays dice with the universe"; if quantum effects are truly random, and can affect things that happen at a macro scale, then this future-viewing might not really work.
Why just the super rich? Eventually this sort of technology might be commonplace and cheap.
> [...] in addition to several respected thinkers who have explicitly shared their probability of believe with regards to living in a simulation (ex. Elon Musk >99.9999999%, Nick Bostrom 20-50%, Neil deGrasse Tyson 50%, Hans Moravec “almost certainly”, David Kipping <50%)
These "respected thinkers" would do well to go back to the roots of philosophy, which is wonder and uncertainty. The sheer amount of arrogance necessary to attach a number, or even just a range of numbers, to an idea so all-encompassing and beyond any human experience is mind-boggling.
You don't know, folks. Not even enough to form a reasonable "belief" about the subject. You don't know, at all. Why is it so difficult to just admit that to yourselves and others?
These "respected thinkers" would do well to go back to the roots of philosophy, which is wonder and uncertainty. The sheer amount of arrogance necessary to attach a number, or even just a range of numbers, to an idea so all-encompassing and beyond any human experience is mind-boggling.
You don't know, folks. Not even enough to form a reasonable "belief" about the subject. You don't know, at all. Why is it so difficult to just admit that to yourselves and others?
I'd suggest reading up on this a bit more before passing judgment. Certainly some of these people are full of hot air, but it is actually reasonable to put ballpark numbers on the probability.
There's currently one big unknown around this: is it even possible to simulate reality to the fidelity that we seem to observe around ourselves? If the answer is yes, then the probability that our reality is simulated does actually approach near-certainty, as we then have to assume that there are "real" societies out there that have achieved this ability, and would then simulate some number of realities, possibly many. And if it's possible for the "real" societies to simulate, then it follows that it's possible for the simulations to create their own simulations, and so on and so forth, recursively. So it would then be reasonable to expect that the vast majority of realities are simulated, and thus reasonable to expect with high probability that our reality is a simulated one, because there's no reason to assume that our reality is exceedingly unusual, that is, "real".
> You don't know, at all. Why is it so difficult to just admit that to yourselves and others?
Attempting to assign probability to something is an admission that we don't know. I think you might want to step back from your emotional reaction to this, and perhaps consider that it's not arrogance that drives this sort of thinking (at least not universally), but curiosity, and (some?) people's natural desire to consider the different possibilities, and attempt to assign some sort of weight to them.
Would you say that it's also pointless to try to estimate the probability that there is intelligent life on other planets? Certainly there are very many unknowns there, but as our knowledge of the universe increases, some of those unknowns get a little less fuzzy. Eventually most of those unknowns may end up becoming known. I think it's silly to require us to wait for some arbitrary knowledge point before we make guesses and slowly refine those guesses over time.
There's currently one big unknown around this: is it even possible to simulate reality to the fidelity that we seem to observe around ourselves? If the answer is yes, then the probability that our reality is simulated does actually approach near-certainty, as we then have to assume that there are "real" societies out there that have achieved this ability, and would then simulate some number of realities, possibly many. And if it's possible for the "real" societies to simulate, then it follows that it's possible for the simulations to create their own simulations, and so on and so forth, recursively. So it would then be reasonable to expect that the vast majority of realities are simulated, and thus reasonable to expect with high probability that our reality is a simulated one, because there's no reason to assume that our reality is exceedingly unusual, that is, "real".
> You don't know, at all. Why is it so difficult to just admit that to yourselves and others?
Attempting to assign probability to something is an admission that we don't know. I think you might want to step back from your emotional reaction to this, and perhaps consider that it's not arrogance that drives this sort of thinking (at least not universally), but curiosity, and (some?) people's natural desire to consider the different possibilities, and attempt to assign some sort of weight to them.
Would you say that it's also pointless to try to estimate the probability that there is intelligent life on other planets? Certainly there are very many unknowns there, but as our knowledge of the universe increases, some of those unknowns get a little less fuzzy. Eventually most of those unknowns may end up becoming known. I think it's silly to require us to wait for some arbitrary knowledge point before we make guesses and slowly refine those guesses over time.
> but it is actually reasonable to put ballpark numbers on the probability
Not if those "ballpark numbers" are just gut instinct dressed up in order to appear more credible than a simple "uhhm, maybe?".
> is it even possible to simulate reality to the fidelity that we seem to observe around ourselves?
Nobody knows the answer, and nobody knows a realistic path to finding the answer in the near or medium future. Any claims to the contrary are just extrapolations from the knowledge and technologies available to us, which are utterly insufficient to cope with problems anywhere near that magnitude.
> Would you say that it's also pointless to try to estimate the probability that there is intelligent life on other planets?
Yes. In fact, I would go so far as to say that concepts such as the Drake equation are bordering on pseudoscience. The "science" angle simply doesn't add anything of value here. The Drake equation says little more than "probabilities can be chained by multiplication", which again is just a complicated way of stating an intuitive fact. Without estimates for the key factors (such as the probability that life develops into intelligent life), the equation doesn't provide any actual insight, whereas once those probabilities are known, the equation becomes trivially obvious.
I believe that the simple statement "we have no idea whether intelligent life exists outside the solar system" is not only obviously correct, but shows a deeper understanding of the problem than the Drake equation does. Recognizing when no actual knowledge is available can be a profound insight – far more profound than believing you have made progress because you've split the question into smaller questions.
Not if those "ballpark numbers" are just gut instinct dressed up in order to appear more credible than a simple "uhhm, maybe?".
> is it even possible to simulate reality to the fidelity that we seem to observe around ourselves?
Nobody knows the answer, and nobody knows a realistic path to finding the answer in the near or medium future. Any claims to the contrary are just extrapolations from the knowledge and technologies available to us, which are utterly insufficient to cope with problems anywhere near that magnitude.
> Would you say that it's also pointless to try to estimate the probability that there is intelligent life on other planets?
Yes. In fact, I would go so far as to say that concepts such as the Drake equation are bordering on pseudoscience. The "science" angle simply doesn't add anything of value here. The Drake equation says little more than "probabilities can be chained by multiplication", which again is just a complicated way of stating an intuitive fact. Without estimates for the key factors (such as the probability that life develops into intelligent life), the equation doesn't provide any actual insight, whereas once those probabilities are known, the equation becomes trivially obvious.
I believe that the simple statement "we have no idea whether intelligent life exists outside the solar system" is not only obviously correct, but shows a deeper understanding of the problem than the Drake equation does. Recognizing when no actual knowledge is available can be a profound insight – far more profound than believing you have made progress because you've split the question into smaller questions.
I think you're trying to suggest that some ideas are mutually exclusive when they're not.
There is nothing inconsistent about saying both "we have no idea whether intelligent life exists in the universe" and "based on the information we have today, and some rubric I came up with, I believe there may be an X% chance that there is other intelligent life in the universe". These are not opposing views, and no cognitive dissonance is required to sincerely hold both of them in one's mind.
The Drake Equation isn't "science"; your argument that it is pseudoscience is just not even applicable or pertinent. Science is merely making hypotheses, testing them, and using the results to develop frameworks that allow us to explain and make predictions about the universe around us. The Drake Equation is obviously not that; it's a thought experiment, a conjecture, a means of attempting to assign weight to various possibilities. The equation itself is not a result of science that has been done, but we can certainly use scientific knowledge to plug numbers into it.
Along those lines, we might do science in order to have better numbers to plug into the Drake Equation (consider that we already can do that, by using the past couple decades of exoplanet research). That doesn't, of course, mean that the Drake Equation is correct, or that it assigns the proper weights to various conditions, or even includes conditions that actually matter. I don't think anyone credible would claim that the Drake Equation (or anything else that claims to do something similar) is the authority on the intelligent life question. It's just an imprecise starting point that some people (clearly not you, but that's fine!) find interesting, and in my view, it actually helps illustrate how little we know.
There is nothing inconsistent about saying both "we have no idea whether intelligent life exists in the universe" and "based on the information we have today, and some rubric I came up with, I believe there may be an X% chance that there is other intelligent life in the universe". These are not opposing views, and no cognitive dissonance is required to sincerely hold both of them in one's mind.
The Drake Equation isn't "science"; your argument that it is pseudoscience is just not even applicable or pertinent. Science is merely making hypotheses, testing them, and using the results to develop frameworks that allow us to explain and make predictions about the universe around us. The Drake Equation is obviously not that; it's a thought experiment, a conjecture, a means of attempting to assign weight to various possibilities. The equation itself is not a result of science that has been done, but we can certainly use scientific knowledge to plug numbers into it.
Along those lines, we might do science in order to have better numbers to plug into the Drake Equation (consider that we already can do that, by using the past couple decades of exoplanet research). That doesn't, of course, mean that the Drake Equation is correct, or that it assigns the proper weights to various conditions, or even includes conditions that actually matter. I don't think anyone credible would claim that the Drake Equation (or anything else that claims to do something similar) is the authority on the intelligent life question. It's just an imprecise starting point that some people (clearly not you, but that's fine!) find interesting, and in my view, it actually helps illustrate how little we know.
> There's currently one big unknown around this: is it even possible to simulate reality to the fidelity that we seem to observe around ourselves?
It’s a whopper of an unknown, on the same scale as “is there a God?”. Might as well go full theist if you want to entertain this possibility.
It’s a whopper of an unknown, on the same scale as “is there a God?”. Might as well go full theist if you want to entertain this possibility.
No, it's not at that scale at all. "Is there a god?" is not falsifiable, so we can't prove that either way. Whether or not reality can be simulated is something we actually can know, at least in the affirmative: if we do manage to construct such a simulation, then it is obviously possible, and the answer is obviously "yes". Of course, as long as we have not created such a simulation for ourselves, we may not be able to prove that it is not possible to do so.
Certainly we don't know the answer now! And it's possible -- but not certain -- that we will never know. But suggesting that it's on the same scale as the god question is just not correct.
> Might as well go full theist if you want to entertain this possibility.
That's pretty unscientific as well. We can't reject the possibility of a god, even if we know that we can't prove or disprove a god's existence through science. Science, as a tool, does not have unlimited applicability. Declaring that it is not possible for a god to exist is just as religious as declaring that one does. For the record, I don't think gods exist, at least not in the sense of anything described by any human religion, as a creator of the world or universe, or an arbiter of morality. But I at least have the humility to admit that I don't -- and can't -- know that for certain.
(I do consider that hyper-intelligent, hyper-technologically-advanced beings might exist, that are able to -- through technology -- examine and manipulate space-time to whatever degree they desire. Are they "gods"? Not necessarily in the way any human religion would consider, but they'd at least have the omnipotence/omniscience bits down pat. And who knows if they even exist, or if such technology is even possible.)
Certainly we don't know the answer now! And it's possible -- but not certain -- that we will never know. But suggesting that it's on the same scale as the god question is just not correct.
> Might as well go full theist if you want to entertain this possibility.
That's pretty unscientific as well. We can't reject the possibility of a god, even if we know that we can't prove or disprove a god's existence through science. Science, as a tool, does not have unlimited applicability. Declaring that it is not possible for a god to exist is just as religious as declaring that one does. For the record, I don't think gods exist, at least not in the sense of anything described by any human religion, as a creator of the world or universe, or an arbiter of morality. But I at least have the humility to admit that I don't -- and can't -- know that for certain.
(I do consider that hyper-intelligent, hyper-technologically-advanced beings might exist, that are able to -- through technology -- examine and manipulate space-time to whatever degree they desire. Are they "gods"? Not necessarily in the way any human religion would consider, but they'd at least have the omnipotence/omniscience bits down pat. And who knows if they even exist, or if such technology is even possible.)
Because they lean on their axioms in such ways that leads them to put faith in them to answer harder questions.
It's the same basis that most technically minded people have that leads them to reject the idea that God exists. They put their faith in reason and technology.
It's the same basis that most technically minded people have that leads them to reject the idea that God exists. They put their faith in reason and technology.
[deleted]
We need to find the maintenance axe
Or maybe see if someone has mounted /var/run/docker.sock inside the container?
computer scientists doing metaphysics is funnier than philosophers doing computer science
I wonder if the people who are reincarnated (if true) would know...
The scariest scifi story I read was about a person who was forced to live as every person who ever existed to become enlightened. So they would experience every bad or good thing that had happened and would happen.
It gives a new meaning to "treat others as you would like others to treat you"
Btw, if we are in a simulation and the admin is reading this, I would like to make some changes to my life ;-)
It gives a new meaning to "treat others as you would like others to treat you"
Btw, if we are in a simulation and the admin is reading this, I would like to make some changes to my life ;-)
Are you referring to Andy Weir's "The Egg"[1]?
[1] http://www.galactanet.com/oneoff/theegg_mod.html
[1] http://www.galactanet.com/oneoff/theegg_mod.html
Yes. One of the scariest stories that I have read.
most shared-hardware clouds ban crypto mining -> if the universe is a simulation, and it runs on a cloud, it may also ban miners -> mining seems to be at least physically possible in our universe -> probably not a simulation
(unless the events of this week were an example of the universe banning crypto mining)
(unless the events of this week were an example of the universe banning crypto mining)
i've seen lots of crypto takes but crypto-theism is a new one
one privesc vulnerability away from being god
I may be repeating myself here, but I stopped indulging in simulation theory once I realized one simple concept:
Simulation theory is deism for techies.
Thousands of years ago the Greeks looked to the sky and used their modern tech to explain the mechanics of the heavens. Clearly it was Helios, who drove the chariot of the Sun across the sky each day.
Simulation theory is meerly us techies applying our latest technological concepts to try to explain the complexity of our universe. Instead of god we have alien scientists. They are the ones who set the parameters of our existence, it is not as random as it seems. Whew, I feel so much better now.
It really bothers me that otherwise scientifically minded people are still wasting their time on this.
Disclaimer: I fell for this trap as well for a couple years. At least the experience gave me an appreciation for the draw of such thinking.
</rant>