I know Craig - I don't mean to be critical of your view in other than a friendly way. My guess is this - worlds of sensory experience clearly vary even amongst those other humans and other creatures we accept as part of personal sensory experience - this suggests some kind of shared experience (and unshared directly due to perceptual and conceptual differences) of 'something' that might not lock us down to private language and consequent 'apartheid realities' behind the eyes, ears and so on. There are people who engage in the conflation you suggest, and frankly, even some scientists are so far up themselves they have forgotten the very assumptions they have made before the words come out. I want to agree, yet find the notion that we ever know what we are all talking about dubious. I'm not sure we can pin 'reality' down to definition or even find a more useful word - most definitions turn out to be operationally defined. If we both looked at the data from cold fusion experiments - not at a tiny level much different from scratches on plastic glasses - we would probably both see the 'scratches'. It is a long way from this that we could discuss the scratch trails as sign of fusion products (jury still out amongst scientists). There is complex and very precise language about such matters, and the turn of the 'scratch' to the 'H3 trail'. One can call a scratch a scratch and yet get a better grasp of the whole through more complex language (and the practices that produce it). Whatever, you remain right on the problematic conflation. Some way beyond this, it is possible that a 'real' understanding of quantum levels could change the whole way we can live and be and reality as we can experience it - speculation being part of the whole? Your view would sit well amongst many severely prejudiced people as it implies calling something real makes it real. I know this is not what you intend - you are speaking of convention and not from prejudice. Damned hard to pin it down, even before we start paying lawyers! How goes that front?
Thanks Vam - I wasted much lecturing breath on the single Gaussian copula last week - to a class of mathematically unappreciative bwankers. Having explained it could never work, one of the suited monkeys asked why I had wasted her time teaching it. From the back of the class came the cry, 'Neil's point is that we are using it and it might be an idea to understand why it can't work and stop wasting money on it and the sharks that sell it'. Oyster abscesses before craven, unclean beasts, one might say - though I was on the train home before I thought of that one. On 26 Mar, 03:47, Kierkecraig <[email protected]> wrote: > Neil, > My only point is this. We have had the word "real" and "reality" in > our language in one form or another, long before we began thinking > about what lay beyond the world of our experience. I am calling the > world of our experience, with our natural senses, the real. Isn't > that the most common use of the word real? When we say something is a > fantasy, we mean that it isn't apart of the world of our natural > senses. It exists soley in the subjective mind. When we say > something is real we seem to be implying that the object is perceived > through senses other than pure thought, and can be discussed through > language because of the common perception that we all have. > So why do we then question if what we normally call real is really > real? Its real because that's what we call it. That's what we've > always called it. We could call it blue, or cat, or thingy ma bob, > but in the end, we all know what we're talking about. The formal word > we use is irrelevent. So the way I've defined real above is, what I > think, the conventional use of the word. > By saying this though, I'm not saying that a discussion on Quantum > Mechanics, and metaphysics, and everything else isn't important. I'm > just questioning conflating that with the conventional words "real" or > "reality". Lets call it something else so as not to equivocate. Or > we can say those things are a part of reality, but lets not lose sight > of the whole. > > On Mar 25, 5:03 pm, archytas <[email protected]> wrote: > > > There already is a lot of precision with language in the area Craig > > (just remember how hard the logical positivists tried). Reality is > > often held to be 'somewhere else' and there are all kinds of > > measurement problems - the Copenhagen one that has been tossed out to > > the layman being relatively uninteresting to scientists. There are > > many competing views. Science is often more concerned not to let the > > Idols skew decent thinking or prevent experiment than with words - > > thinking just really ain't about language, but then comes the point of > > discussion with others and so on. The danger then is that people > > outside your field don't know enough of your specialist language-games > > to understand what you are on about. 'Reality' as a term bobs around > > in many language-games - it would be a mistake to pin it to one > > definition, and it's probably a mistake to conflate the reality in > > someone's head to the real - we are surely aware of something beyond > > unless we have gone mad. Sooner or later we end up with a gadget or > > concept that crosses boundaries, and as Pat says, sooner or later > > science may all lapse to dross. If it happens next wek I hope I give > > it up more gracefully than those dolts who cling to religion! > > > On 25 Mar, 18:05, Justintruth <[email protected]> wrote: > > > > What is it about relativity and quantum mechanics that causes so much > > > trouble? > > > > I think it comes down to this: > > > > Relativity: In classical physics there is an image of what is at any > > > given point in time. Given two observers one can then use the physics > > > to predict what the results of their observations will be. However, > > > relativity breaks this concept down. There is no "what is at a given > > > point in time" rather the image that one must use to predict what one > > > will see is relative to the frame of reference meaning it is different > > > for two people who are moving relative to each other.. So if you ask > > > the question "What is right now?" the relativist will answer "relative > > > to which frame of reference?" Once you know what frame of reference > > > you are talking about then you know which image to use and you can > > > predict what observers will observe. > > > > Now this property of the theory causes many to equivocate it with > > > philosophical relativism. The claim can be made that the fact that > > > there is no answer to the question "What is right now?" means that > > > philosophical relativism is correct where the term philosophical > > > relativism means roughly that what is real is relative to the > > > perceiver and there is nothing tying different perceiver's perceptions > > > together. Several aspects of the scientific theory however causes this > > > equivocation to be false: First, the total set of events that occur is > > > the same for all observers. It is just when and where things occur > > > that is relative not whether and what occurs. Second, the way the sets > > > are arranged is not arbitrary. There are transformation equations > > > that, given one set of pictures corresponding to the nows of a frame > > > of reference, will allow me to produce any other observers pictures. > > > Third, by conceiving of the reality in a four dimensional space with > > > an appropriate metric one can, through a process of projection that is > > > very similiar to the way classical physics projects reality onto > > > observers, determine the "presents" of all frames of reference. > > > Fourth, relativity preserves the possibility of causality. Fifth, for > > > a given frame of reference all observers have the same set of nows and > > > the process of observation is like in classical physics. Sixth for all > > > frames of reference the observations are the same at collocated > > > points. No one disagrees about what is observed only how to arrange > > > that into a series of images that represent time by means of > > > calculations. > > > > Quantum Mechanics: The problem here is with the wave particle duality. > > > Prior to quantum mechanics there was a clear image of "what was" at > > > any given time. Either light was a wave or it was a particle. There > > > was no doubt that it could be both because they are not the same > > > thing. Everyone knew reality had to be in some imaginable way. Quantum > > > mechanics however does not state that there is some particular > > > objective image that constitutes the way things are. Quantum mechanics > > > does this by assuming that there are waves the amplitude of which > > > predict the probability of appearing of a particle. There is nothing > > > other than this probability of appearing in the theory that would > > > correspond to an image of "what really is". Due to the nature of waves > > > there are inherent uncertainties in what can be predicted. The > > > observation of the location of a particle results in complete > > > uncertainty about its motion and that uncertainty cannot be eliminated > > > by more careful observation-it is inherent in the reality. However, > > > again this cannot be equated with philosophical relativism since the > > > reality (here the actual appearings that really do appear at the > > > probabilities predicted by the theory) are the same for all observers > > > and again objectivity in the sense of something being the same for > > > everybody is preserved. > > > > It seems to me that the "objective" world of science is preserved > > > therefore and relativity and quantum cannot be equated with > > > relativism. The real philosophical issues therefore arise equally in > > > both classical and modern physics. The fact is that physical reality > > > is not determinable logically. One cannot derive physical law without > > > observation. Therefore it is dependent on observation. However, the > > > fact is that when observation is conducted then the laws of physics > > > that result are remarkably stable. They result to an amazing degree in > > > constraints on the logical possibilities. Throw a baseball. Logically > > > it can go out from your hand five feet then stop and hover. Physically > > > it won't, a statement that is not absolutely certain as it is based on > > > observation but is still very certain given the stability of the > > > essent and our to date scientific experience. The mystical > > > interpretation of reality are all based in careful analysis of > > > observation itself and on the basis underneath science and really are > > > about the foundation of science itself. The scientific theories do not > > > speak to it and the questions being asked are not scientific > > > questions. On the other side, mystical insight can frequently be > > > misinterpreted as science and you have the mistakes that can be seen > > > in "New Age" fundamentalism. > > > > So the net effect is to just eliminate naive objectivity in which one > > > imagines the world as a bunch of little marbles or as a wave continuum > > > or something. Still there is a description of a reality that allows > > > one to make predictions about future appearances - admittedly with > > > some uncertainty due to quantum mechanics. And these theories have > > > existential implications given our incarnate nature and the > > > possibility of death. > > > > Science does not lead to philosophical relativism and leaves open all > > > of the work necessary underneath the physical theories to determine > > > their meaning. The philosophical issues remain open to philosophical > > > inquiry and since the science is all based on observation the > > > uncertainty inherent in the process is always present. Those who > > > interpret scientific theory ontologically and state that scientific > > > law is true for all of the future and that scientific theories > > > determine all reality are making a simple non sequitor. They are > > > concluding that things will be as they have been. This conclusion is > > > justifiable scientifically (explicitly it is the assumption of > > > homogeneity of time) but is unfounded philosophically. In fact there > > > is the permanent possibility that future scientific experiment could > > > contradict current theory. They are also making another non-seqitor > > > when they extrapolate what happens in the repeatable results that they > > > obtain in the lab with the possibility that something in violation of > > > the laws they obtain has ever happened or is happening right now. The > > > error here is the problem of too small of a sample size. However, they > > > are > > ... > > read more » --~--~---------~--~----~------------~-------~--~----~ You received this message because you are subscribed to the Google Groups ""Minds Eye"" group. 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