IJesusChrist
Holofractale de l'hypervérité
- Inscrit
- 22/7/08
- Messages
- 7 482
The very word shakes many religious and spiritual to the bone, including myself. But lend me your ears, and I shall lend you mine - I guess in this case it will be eyes.
Extracted from a reply in which Allusion alludes to a theory in which fractals govern the universes structure, and thus allows for information of the universe to be viewed from a single particle.
###Suppose we could gather all the information from an atom (this is not true, and I'll explain why later). According to the laws of physics then, we could predict certain things from the atom, or vice-versa (predict where the atom is according to the universe).
So, imagine a machine, so powerful, it could predict the future, given the atom's information, translated to universe. Imagine that machine, in short, predicts your death. Do you die in the same way? This is possibly the most important question within the idea of determinism. The idea of complete prediction of the known universe immidiatly gives rise to the paradox of "free-will" in which your death is presented to you in some occurence, yet now you have a choice to avoid that situation at all cost, or in extremity you could simply kill yourself as soon as you saw the prediction, thus giving a contradiction (sorry for the extremity in the example).
This paradox gives rise to a few possibilities:
1. We cannot predict the future with any type of accuracy.
2. The universe is not determined, i.e. the future is not set in stone.
3. There is a paradox within the machine itself, where its own prediction does not include itself predicting the future (hard to grasp).
Yet, to get to the very factual and scientific basis of these theories of the fractal universe, we still must abide by the Uncertainty principle, the symmetry of all particles, and the enormity of information (quantum computing).
The uncertainty principle immidiately presents to us the impossibility of extracting all the information from a single particle. Meaning that we cannot, for one, make grand predictions from a single particle, and for two, we cannot even make small predictions of the one particle.
The symmetry of particles (recently emphasized by a study on electrons) shows that there is no possible way to identify one electron from another. Against common experience, there is no way to "label" an electron, a proton, etc... This means that there cannot be any information extracted from a particle, in general, other than its position in space, or its momentum. However, there is quantum entanglement, which could give way to a large field in "everything is connected to everything" but I am not familiar with the subject, and won't give much more than that.
Beyond that, the enormity of information within a system, is by scientifical law, only completely understood by a system of exact size and similarity. I.E. to completely predict (with exception to the uncertainty principle) the Earth in its entirety, we need a computer the exact same size and similarity as the earth. Of course we can make very accurate predictions of the weather with a super-computer.
I am open to counter arguements or augmentations to what I have said, with the underlying theme of determinism or fractal universes. Hasn't been enough talk about this stuff on here lately...
Extracted from a reply in which Allusion alludes to a theory in which fractals govern the universes structure, and thus allows for information of the universe to be viewed from a single particle.
###Suppose we could gather all the information from an atom (this is not true, and I'll explain why later). According to the laws of physics then, we could predict certain things from the atom, or vice-versa (predict where the atom is according to the universe).
So, imagine a machine, so powerful, it could predict the future, given the atom's information, translated to universe. Imagine that machine, in short, predicts your death. Do you die in the same way? This is possibly the most important question within the idea of determinism. The idea of complete prediction of the known universe immidiatly gives rise to the paradox of "free-will" in which your death is presented to you in some occurence, yet now you have a choice to avoid that situation at all cost, or in extremity you could simply kill yourself as soon as you saw the prediction, thus giving a contradiction (sorry for the extremity in the example).
This paradox gives rise to a few possibilities:
1. We cannot predict the future with any type of accuracy.
2. The universe is not determined, i.e. the future is not set in stone.
3. There is a paradox within the machine itself, where its own prediction does not include itself predicting the future (hard to grasp).
Yet, to get to the very factual and scientific basis of these theories of the fractal universe, we still must abide by the Uncertainty principle, the symmetry of all particles, and the enormity of information (quantum computing).
The uncertainty principle immidiately presents to us the impossibility of extracting all the information from a single particle. Meaning that we cannot, for one, make grand predictions from a single particle, and for two, we cannot even make small predictions of the one particle.
The symmetry of particles (recently emphasized by a study on electrons) shows that there is no possible way to identify one electron from another. Against common experience, there is no way to "label" an electron, a proton, etc... This means that there cannot be any information extracted from a particle, in general, other than its position in space, or its momentum. However, there is quantum entanglement, which could give way to a large field in "everything is connected to everything" but I am not familiar with the subject, and won't give much more than that.
Beyond that, the enormity of information within a system, is by scientifical law, only completely understood by a system of exact size and similarity. I.E. to completely predict (with exception to the uncertainty principle) the Earth in its entirety, we need a computer the exact same size and similarity as the earth. Of course we can make very accurate predictions of the weather with a super-computer.
I am open to counter arguements or augmentations to what I have said, with the underlying theme of determinism or fractal universes. Hasn't been enough talk about this stuff on here lately...