Perhaps not necessary (but it's there anyway) complexity
Kedaman
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You like the thought of being passive.
Not really. I see our minds as self-organising. I see our brains as physical entities that allow data to data to organise itself. This is far from an entity that passively records and manipulates information. The information that's already in the system acts to interpret new information.
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> Can you create new information
Yes. I don't like to think myself as passive.
That's not the same. A self organising system doesn't passively receive information and yet there is no capacity for creating completely new information. It relies on being in an environment that supplies it with constantly new data to fuel it's development.
A self organising system actively interprets data to derive useful information.
What you are describing goes beyond actively interpreting data. Indeed, in your world, there is no "external environment" to receive data from. There is just you. So, new information, if not supplied externally must either have always been there or else spontaneously emerge from nothing.
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I am me, I create information, I define myself as a information creator, modifier and destroyer, that is who I am. SIMPLE AND PLAIN.
Then you must be truly God-like! :)
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Where do you find multiple autonymous entities that interact without you being involved in the first place? Entities seems autonymous, because they are sent into your unconscious part, and stay there as long as you find it convenient to have them there. What source are you talking about?
Ok, you can explain away the complexity like that if you want to but the point still remains: How did the complexity get there in the first place. In my world complexity comes from comes from the environment in which I am situated. In your world, complexity always existed in your mind or else it spontaneously popped into existance.
Complxity is an illusion!
Simon
I read the definition of self organising systems as well as complexity theory and it took me a while to understand what was wrong with it, but when it hit me it was perfectly clear.
It is a subjective matter.
- State does not exist, but is evaluated.
Since there is no medium, no states are stored, my consciousness will evaluate the state based on current set of information. Therefore objectively speaking (about information) state is an illusion. That in turn means a system is an illusion as well as self organising systems.
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OK, what you're talking about here, your definition of creating something new is not the same as mine. I am not talking about processing existing information to produce something different. That's becasue it isn't really new. It's just re-presenting old ideas or combining old ideas in a different way.
Isn't really new? Why? How do you define creation of information? What changes information?
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I'm talking about bringing into existance something for which there was no basis previously. No combination of existing information would ever produce it. If you say that you can do this then I would say that is no less mystical than something spontaneously appearing from nothing. Indeed, it is much the same thing.
I am confused, sometimes you state you act systematically based on input to produce output. When I ask you if you are passive, a man without choise, you disagree. Then again you say you can't produce anything "new". To me that means you cannot change enviroment either.
First off I think you are denying yourself in some way. Do you exist? Do you have consciousness? What's the purpose of it? Do you believe it just "watches" what you do, the actions you take are just systematical responses which you have nothing to say. Do you think it is an illusion to choose?
Mystical or not, that is axiomatic. I experience that I create new information. I woudn't be able to think, I wouldn't be able to choose, if I couldn't create information. If you call it mystic, it is me you call mystic, and I am the only legal source for new information, because I represent and experience thinking, the meaning of my existance. If that is odd to you, how can you live with it?
You are so wrapped up in the physical world, you believe there are systems everywhere, there are patterns and that there is states, data, and that you can interpret them. Yet you have never seen them, yet you only see the same information I see, yet you just need the worldview I have presented, to explain universe. But you choose to believe in systems, because they are "apparent". I say they are subjective interpretations. What exists out there, is pure information.
Why probabalistic universe?
It is difficult to use the term random without creating misunderstandings. I try to avoid using it in discussions like the current one. Dictionary definitions and common notions tend to be simplistic. Some consider it a synonym for unpredictable, but incredibly precise clocks have been based on random phenomena. I think it is better to think of it as a term applied to data associated with probability theory, and not try to find a definition in 20 or less words.
Perhaps it is best to consider it defined by the context of its usage.
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The mathematics of statistics and probability theory are applicable to phenomena referred to as random processes. The data resulting from such processes is sometimes called random data. Pseudo random number generators are often used by software which attempts to simulate random processes.
Perhaps the implications of statements like the above should be used as the only definitions of random, in which case knowledge of so called random processes and/or probability theory is required for an understanding of the term random. Formal logic uses terms undefined except by their context in the axioms. Perhaps random should be similarly treated as an undefined term in the discipline of probability theory.
Following is some background on the mathematics of probability.
First, I am fairly sure that probability was first formally studied by Descartes and Pascal in the sixteen hundreds. It was initially developed due to questions about various gambling games. By the late eighteen hundreds, probability theory was about as well developed as it is today.
It is interesting to note that while probability theory was being developed, the universe was considered to be deterministic. The mathematicians and physicists of that era believed that probability theory was valuable only because pertinent deterministic laws had not yet been discovered and/or because it was it was not possible to collect all the data and do the calculations required for obtaining analytical answers to certain questions. By the end of the 19th century, it was generally believed, that it was possible in principal to predict the future of the universe, but that in practice, it could not be done.
While developing probability theory, mathematicians made assumptions relating to the nature of uncaused or random events, while believing that there were no such events. It was generally believed possible in principal to predict the results of individual dice tosses and single plays at the roulette table, but impractical to do so. The laws of probability developed by believers in determinism were quite successful in analyzing gambling games and other phenomena. However, most people believe that craps and roulette are governed by the laws of mechanics, generally believed to be deterministic.
By about 1920-1930, various quantum processes were known to produce data that matched the predictions of probability theory very precisely. Furthermore, the Uncertainty Principle was accepted by most physicists. The implications are profound. Knowledgeable people still consider craps and roulette to be governed by the laws of mechanics, but no longer feel confident that those laws are deterministic. It is not the mathematics behind the laws that is questioned, it is the physical processes and the applicability of the deterministic mathematics that has been called into question.
Unassailable mathematical logic developed a theory about uncaused or probabilistic processes. The theory was developed by men who believed in determinism, but needed a practical tool for use when applicable deterministic equations were unknown or impractical. It was an abstract discipline. Then physical processes were discovered that matched the mathematics, and were such that one is not compelled to believe cause-effect relationships existed. Dice and roulette are complex processes, allowing one to imagine some complex underlying deterministic causes. Radioactive decay and various quantum processes do not seem complex. If there is some deterministic cause, it should be obvious or at least imaginable.
The data associated with processes like radioactive decay and the implications of the Uncertainty Principle compel me to believe in a non deterministic universe.
Physicists are aware that quantum precesses underlie all the all the phenomena of the world of our senses. If the quantum processes are not deterministic, then the world of our senses cannot be deterministic. Radioactive decay is the only phenomenon which some non-physicists recognize as being caused by underlying quantum processes, so it is a good phenomenon for us to consider.
Have you ever wondered why the half life is used to describe the rate of radioactive decay? Why not the whole life? The answer is that the half life can be determined very precisely for many radioactive materials, but the whole life can only be approximately measured or predicted.
If the half life of a material is one year and you have 16 grams of it, in one year 8 grams will have decayed, leaving 8 grams. In two years 4 grams will remain, and in 3 years there will be two grams. Similar measurements can be made for the 10% life, the quarter life, et cetera. The half life was chosen as a convenient but arbitrary way of specifying the rate. The decay rate is so precise that some of the most accurate clocks ever built were based on radioactive decay.
Radioactive decay could be modeled by assuming that god or the laws of physics have assigned a coin to each atom of a radioactive material. During the half life, each coin is flipped. If the coin lands heads, the corresponding atom decays. If it lands tails, the atom survives.
Oddly enough, if you have 16 atoms instead of 16 grams, the decay rate is not so precise. In one half life only 6 or 7 atoms might decay, or perhaps 9 or 10 might decay. It is possible that all 16 decay or none decay, but these possibilities are unlikely. If only one atom remains, there is a probability of ½ that it will last two half lives, 1/4 that it will last 3 half lives, et cetera. So the whole life cannot be precisely specified. In fact, the half life for a few atoms cannot be precisely specified.
Probability theory is some times referred to as the law of large numbers. If a large number of trials are made, the data is expected to follow the laws more precisely, and in practice this happens. For a smaller number of trials, the reality does not match the theory as well. This is exactly how radioactive decay works. It is similar to what happens in a casino. If you make about one hundred bets or less at the craps table, you might be a winner (It happens about 40% of the time), but if you play 6-8 hours a day for several days, making many thousands of bets, the casino will slowly but surely exhaust your bankroll.
A gram of a radioactive material consists of more than 10E21 atoms. With that many atoms, the predictions of probability theory match the decay rates with astonishing precision. As expected. For100 atoms or less, the probabilities are not accurate predictors of the number of decaying atoms, also as expected by the theory.
The above compels me to believe that radioactive decay is a probabilistic process rather than a deterministic one. This view also seems consistent with the uncertainty principle.
All quantum world processes seem to be similarly probabilistic. Since the world of our senses is based on quantum world phenomena, it seems reasonable to believe that the universe in general is probabilistic rather than deterministic. I consider it silly to believe otherwise.
What could be discovered in the future to contraindicate the probabilistic view? The nature of radioactive decay was well known before science was aware of the structure of the nucleus. When protons and neutrons were discovered as underlying building blocks, the probabilistic data did not suddenly seem to be deterministic. Science still had no deterministic explanation for why a nucleus decayed. Similarly, QCD theory with its quarks and gluons neither changed the probabilistic nature of the data nor did it provide a deterministic explanation for radioactive decay.
Suppose science discovers structure underlying the quarks and gluons and/or replaces QCD with a better theory? Such discoveries cannot change the probabilistic nature of the data. So long as the data is probabilistic, how can it be rational to believe that the phenomenon will ever be discovered to be deterministic?
Self Organising Systems / Randomness
Kedaman
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- State does not exist, but is evaluated.
Since there is no medium, no states are stored, my consciousness will evaluate the state based on current set of information. Therefore objectively speaking (about information) state is an illusion. That in turn means a system is an illusion as well as self organising systems.
It is not clear to me how you are managing to dismiss SOS's other than by the assumption that nothing exists outside of yourself so therefore, it must be an illusion.
You start by assuming it isn't there so, if your sences tell you it is, it must be an illusion.
What do you mean, "there is no medium"?
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I am confused, sometimes you state you act systematically based on input to produce output. When I ask you if you are passive, a man without choise, you disagree. Then again you say you can't produce anything "new". To me that means you cannot change enviroment either.
Allow me to illustrate what I mean:
Consider a standard computer program that is setup to wait for user input and then respond in pre-set ways. Now consider a SOS. Every input it recevies is interpreted based on the information already in the system. The data comming in is organised by the data that's already there (and not by some external instructions that govern it's interpretation). The response of such a system will be determined by it's current state (which you say it does not have).
This is what I mean about not being a passive system. But, it is still fundamentally mechanistic in nature, deterministic in behaviour and consequentially does not create.
For starters, it needs to be probabalistic to have any choices. Each of the possibilities may be defined by a statistical probability that they would occur. Hence where te randomness comes in; A truly probabilistic system can only determine it's outcome in terms of probabilities and therefore the particular outcome that emerges is essentially random because there is no underlying pattern that would determine which outcome will occur.
Guv
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All quantum world processes seem to be similarly probabilistic. Since the world of our senses is based on quantum world phenomena, it seems reasonable to believe that the universe in general is probabilistic rather than deterministic. I consider it silly to believe otherwise.
I would be interested to hear what you think causes one particular possibility to occur over another at any particular time. For example, at any particular moment, an atom might or might not decay. We might define it's likelyhood by assigning probabilities to the outcomes but at the end of the day, one and only one outcome does occur.
Indeed, if we fail to determine which actual outcome does occur, the two (or more) outcomes remain indistinguishable, we are left with this "weird", fuzzy state of affairs in which, whilst we know either one or the other must have occurred, we can carry on as if both had occurred.
As this is an "observable" phenomena of quantum mechanics, I wondered what your thoughts on this were.