How Do We Know We Are Not Living In Hell Literally – , the idea that life is little more than a computer simulation has served as a sci-fi standby for generations. But the technological twist on the idea that life can only be a dream may not be true. Okay fine?
OK, so what? So is this life just an imitation of real things? What if you, in a strange meta-action, were sitting inside the computer reading it on the computer? Once set, the idea drives us – we can’t think of a way out of this quagmire. “If you can’t wake up from this dream? How can you tell the difference between the dream world and the real world?” Morpheus asks inside.
How Do We Know We Are Not Living In Hell Literally
But now researchers say they have improved the whole situation. Physicists Zohar Rangel and Dimitri Korvezini, of the Raqqa Institute of Physics at the Hebrew University of Israel and the University of Oxford in the UK, say their latest study of the development of science reveals our reality.
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To understand their results, it helps to first understand what a computer is: essentially a machine that does math. For a computer to simulate reality, then, the machine must be powerful enough to accurately recreate the experiences we experience in its simulated environment. What the researchers found is that 200 electrons would require more atoms than exist in the universe to store the information needed to simulate certain electronic processes. For better or worse, this world is real. Probably.
The episode was an accident. Kovrizhi and Ringel were trying to see if they could use a mathematical method to model systems that exhibit ambiguity (things that are always available).
Plane in problems) like the quantum Hall effect. The regular Hall effect (often called the Hall effect) explains that, under certain conditions, metals can exhibit some interesting electrical properties. For example, if you take a metal wire and send a current through it, you expect the electrons to continue moving in the direction of the current. But when you apply a magnetic field perpendicular to the current, the Hall effect predicts that the electrons will spin and start moving perpendicular to both the original direction and the magnetic field. The quantum Hall effect takes the ordinary Hall effect even further: if you take a conducting material in an extremely cold environment (close to absolute zero, or -459.67 F), and with a strong magnetic field, the particles freeze. Kovrizhi and Ringel were trying to better understand why.
Solving two plus two is easy (the answer, in case you’re wondering, is four). Such equations are good for simple systems – if we don’t remember, we can do them with a calculator. But these simple computational models start to break down when you deal with the strange behavior of quantities that are very small (we’re talking about systems smaller than what happens in individual atoms). ). Some are unknown—and you can have an unlimited number of interacting parts. This is known as a multi-body problem.
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“When you’re doing physics and you don’t know how to solve something, you say, maybe I can solve this with my computer and that gives me some insight,” Rangel said. Rangel said.
. So he and his colleagues turned to quantum Monte Carlo, a family of computational methods that use random samples to study complex quantum systems that cannot be solved directly. But the researchers found that for each part they added to the system, the simulation became increasingly more complex. It essentially doubles in complexity with each new stage (as opposed to a reproduction rate of three), compounding the problem.
It’s not like people haven’t tried to fix the quantum hall before. People have tried to solve this by using laptops and large groups of computers. Rangel and Kovirji did not expect success, but they hoped to see why it had not been done before. Either humans aren’t that smart, or physicists haven’t found the right mathematical map yet. A new study suggests that following the trend is impossible. And for the authors of the study, which shows that it’s impossible for computers to create our world.
“If you see a phenomenon that cannot be replicated by an old computer, it means that we cannot be part of a large class of computers that are replicated when someone steals our power, for example,” said Rangel. In other words: no matrix situation.
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In the Matrix, the trick to folding a spoon is to not have a spoon. Unfortunately, your spoon is probably true. Composite image
First, it assumes that the laws of the universe in which our most unpleasant masters are mirroring are found within the model castle we call home. This may seem like a big guess. But ask any special effects workers; Creating a world is very difficult, and making physical sense of it is even more difficult. A less negative approach is to model a fictional world after real things.
The study also speculates that any possible puppet masters are using computers as we know them. “If they knew how to use a quantum computer, that would blow our claims,” Rangel said. Advanced computers, as you read this, treat electrons as particles. Quantum computers treat electrons as much as they can be thought of as waves—electrons are not in one place but in many places at the same time. “Quantum computers can solve some problems that computers can’t,” Rangel said. “You can do large numbers and break all the standard encryption techniques we have today. But no one has ever built a supercomputer and shown that it does.” Or no one inside?
This is not the only quantum interaction that predictive algorithms have yet to discover. The paper suggests that they will never be exposed, putting the kibosh on the idea that the truth can be an obvious game.
Scientists Finally Prove We Are Not Living In A Computer Simulation Like In The Matrix
. Without significant change in our universe, Earth would likely be a real world. If not, it’s just a dream. Laura D’Olimpio does not work for, work with, work with, hold shares in, or receive money from any company or organization that benefits from this article, and He has not disclosed any relevant relationships outside of his academic appointments.
Consider this: Right now, you are not where you think you are. In fact, you may be the subject of a science experiment conducted by Satan.
Your brain is surgically removed from your body and kept alive in a nutrient vessel that sits on a laboratory bench.
Your brain’s nerve endings are connected to a supercomputer that provides you with all the sensations of everyday life. This is why you think you are living the best life.
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Are you there yet? Are you still “you”? And do you know if this world is a figment of your imagination or a hoax created by this evil scientist?
Philosopher Hilary Putnam proposed this popular version of the mind experiment in her 1981 book Reason, Truth, and History, but it is a modified version of French philosopher René Descartes’ concept of evil genius. The first is his 1641 Meditations on Philosophy.
Although such thought experiments may seem counterintuitive—and perhaps less effective—they serve a useful purpose. Philosophers use them to test what we believe to be true and, in turn, what kind of knowledge we can gain about ourselves and the world around us.
Descartes thought that the best way to do this was to start by doubting everything and build your knowledge from there. Using this method of skepticism, he argued that only the principle of absolute truth would serve as a reliable basis for knowledge. He said:
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If you are a true seeker of truth, you need to doubt at least once in your life, as much as possible, everything.
Descartes believed that everyone could engage in this kind of philosophical thinking. In one of his works, he describes a scene where he is sitting in front of a fire in his log cabin, smoking his pipe.
He asks if she can believe that the pipe is in her hand or the slipper is on her foot. He realizes that his mind has deceived him in the past and cannot believe what used to deceive. So he cannot be sure that his thoughts are reliable.
From Descartes we get the classic questions of doubt that philosophers love: How can we be sure that we are now awake and not asleep, dreaming?
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Taking this issue to our preconceived notions, Descartes claimed that there is a powerful, cruel monster that deceives us, making us believe that we are living our lives when, in fact, it may be more. .
