Exploring the Possibility of Replicating Universes

  • Thread starter wozza
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In summary: The theory that processing power is increasing at a fast rate and will only slow down in the future unless there is a major breakthrough is not disproven by the theory that chaos would mean that after a short while the universes would be unrecognisable from each other since atoms can't be modeled exactly. Wavefunctions associanted with them and their constituents are probabilities. Although this doesn't actually disprove it does show that the Universes would not have the same 'path'.
  • #1
wozza
1
0
Heard the most amazing theory today, I've been thinking about it since this morning, and only now have I been able to disproove it...

The Theory
Processing power is increasing an a fast rate, doubling every year or so. This will no doubt become a faster increase in years to come. Now imagine after a few billion years, the processing power available to us would be phenominal. So powerful infact, that we could create a replica of say, Earth, but 1,000 years in the past, as we see it to be.. As time went on we would eventually have the ability to create vast amounts of replica Universes, each a fraction of a second from the other. You would have billions and billions and billions of billions of 'fake' galaxies and one 'real' galaxy. Taking this into account, our current odds of being 'real are billions and billions and billions of billions to one.

The Disproof (is that a word?)
Chaos theory would mean that after a short while the universes would be unrecognisable from each other since atoms can't be modeled exactly. Wavefunctions associanted with them and their constituents are probabilities. Although this doesn't actually disproove it does show that the Universes would not have the same 'path'.

Pretty cool I thought :-)
 
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  • #2
Currently, processing power is doubling about every 18 months. This won't speed up, it will slow down unless there is a major breakthrough that allows processors to be made that work nothing at all like the way they do now (one that works on light for example). The barriers are fundamental and have been known about for some time. They include the size of the transistors (you can't make a wire smaller than an atom for example), power density (power consumption doubles about every 3 years), and data density (you can't hold more information than you have atoms to hold it). The limits of silicon will be reached in maybe 20 years and within the next 5 we'll start to see the effects of the limit slowing down the doubling rate. Power issues are already delaying the next version of the Intel P4 for example - it dissipates 100w.
 
  • #3
Aside from the chances of our reality implication of the theory, there are more interesting effects it would have (I've thought about this a lot before, heh):

If we created this model of the universe (programmed the laws of physics into a computer and generated some matter), we needn't have it start at the big bang. We can create a model of the Earth (indeed, the entire universe) with everything customized exactly as we see fit. Now... Imagine that we did this, and imagine that we programmed in a life-supporting planet, like earth, and then programmed in actual life. We could program a virtual human being (starting by programming a zygote, for instance, and letting it grow). There could be entire intelligent cultures existing in these "fake" universes. And if we program the same laws into them as we have in our own universe, how can we actually consider them "fake"? Those beings we created might actually be conscious, sentient creatures- as validly as we ourselves are.

If we can program humans in this way, we could easily create ONLY an environment suitable for a human brain to survive and program in the correct genetic sequence to create it- we can also program virtual hoook-ups to this brain that take information from it/feed it sensory input. We can have a video camera's data fed into the brain as sight, a microphone's data as sound, etc. Then we've got AI- we could even give it an entire body.

There are many implications like this... Some very interesting stuff :)

Also:

you can't hold more information than you have atoms to hold it

Actually... you can. The periodic table currently contains 118 different types of atoms. That means that instead of using binary code (two based) we could concievably use 118-based code! That would open up tremendous oppurtunities.

Of course, there are also isotopes of each of these atoms... Then there are ions. And if we based our computers on compounds instead of the base types of atoms we would gain an inconcievable amount of new abilities.

Naturally though, we don't have a way of storing information as atoms like this. A way will most likely be found at some point in our future- but if not... We can save complex and large ammounts of information through ammounts of electrons present in certain atoms, we can store information as geometricly shaped compounds or using subatomic particles... The possibilities are endless. :)

Anyway, I think I've gotten my point(s) across... Heh. Like I said, interesting stuff.
 
  • #4
The Disproof (is that a word?)
Chaos theory would mean that after a short while the universes would be unrecognisable from each other since atoms can't be modeled exactly. Wavefunctions associanted with them and their constituents are probabilities. Although this doesn't actually disproove it does show that the Universes would not have the same 'path'.

As you said this is not really a disproof,the microscopic details can safely be overlooked,people connected in 'the Matrix' have little chances to realize they live in a simulation.

The idea of 'brains in vats' has a long history in philosophy (even the Berkeleyan type of idealism is a variation of this) being perfectly coherent internally and basically irrefutable.That's why one of the basic assumption of science (axioms of science) is that all types of idealism are invalid.

The 'theory' you talk about is in fact a logical argument,proposed by N Bostrom,in favor of idealism (at least in its 'Matrix' form) which additionally propose a probabilistic approach based on some observed facts (the rate of processing power doulble every few years,the developments in AI and virtual reality and so on).It alone does not succeed to make a belief in the hypothesis that what we observe belongs to a virtual reality rational but if other such probabilistic arguments will be found then the degree of confidence in this hypothesis will raise very much...

See Bostrom's argument at:

http://www.simulation-argument.com/simulation.html

Things are not at all so simple,as I've already argued some idealist hypotheses,matrix hypothesis included,have not been refuted soundly.See a very interesting article of Chalmers at:

http://www.u.arizona.edu/~chalmers/papers/matrix.html
 
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  • #5
i watched this documentary thing
on horizon (bbc 2) about what your
talking about.
Using computer programs, virtual reality etc
to recreate past events and stuff.

it was really interesting, hmmm
cause I am currently learning
a little about VR and computer simulation
in IT.
 

1. What is the concept of replicating universes?

The concept of replicating universes is based on the theory of parallel universes, also known as the multiverse theory. It suggests that there are an infinite number of universes similar to our own, but with slight variations. These variations can range from small differences in physical laws to completely different versions of events and outcomes.

2. How can we explore the possibility of replicating universes?

There are various ways scientists can explore the possibility of replicating universes, such as through theoretical physics, mathematical models, and observations of the universe. Some theories, like the Many-Worlds Interpretation, propose that every possible outcome of an event actually occurs in a separate universe. Other theories suggest that universes may collide or interact with each other, leaving behind evidence that could be detected by advanced technology.

3. Is there any evidence to support the existence of replicating universes?

Currently, there is no direct evidence to support the existence of replicating universes. However, there are several theories and mathematical models that suggest the possibility of parallel universes. Some scientists also believe that the study of cosmic microwave background radiation and quantum mechanics may provide evidence for the multiverse theory.

4. What are the implications of the existence of replicating universes?

If replicating universes do exist, it would have significant implications for our understanding of the universe and our place in it. It could mean that our universe is just one of many, with potentially infinite versions of ourselves and our world. It could also raise questions about the origin of the multiverse and the possibility of communication or travel between universes.

5. Is it possible for humans to ever fully understand or prove the existence of replicating universes?

It is currently impossible for humans to fully understand or prove the existence of replicating universes. The concept is still largely theoretical and would require advanced technology and scientific advancements to explore further. It is also possible that the existence of parallel universes may always remain a mystery and beyond human understanding.

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