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Re: Violation of Bell's Inequality; Nonlocility; Effects propagated at superluminary velocity
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http://www.unquantum.com/
The experiment plots a histogram of times between events triggered in two detectors. This should be random. A peak in the histogram shows that there are events in both detectors occurring at a rate that exceeds the random chance rate. A particle cannot split to trigger both detectors, but a pulse of wave energy can. In the past, this kind of experiment was done with visible light; coincidences occurred only at the chance rate convincing people of photons. No one ever did this experiment with gamma-rays because they thought it was a “fact” that gamma-rays were photons. Only the lower “energy” gamma sources work in my experiment, because they have a high photoelectric-effect efficiency in the detector. There are few such radioisotope sources, which explain why this effect went unnoticed so long.
http://www.unquantum.com/theory/theoryforpdf2.pdf
http://www.unquantum.com/paper2/seriouschallenge5. html
http://freespace.virgin.net/ch.thompson1/
We have been told that experiments agree with all the predictions of quantum theory, including those that involve the impossible - the Bell test experiments, that are supposed to show totally incomprehensible effects of separated particles on each other. I have looked at the evidence. The "loopholes" that they know are present are large enough to allow for perfectly straightforward explanations, with no sign of "non-locality". I am led to suggest that perhaps there is other currently-accepted "evidence" for both quantum theory and Einstein's relativity theories that needs re-investigation. (There is! See Forgotten History .) I am not talking of "re-interpretation", but of recognising that if we want to understand nature, not just produce "predictions", the first step is to re-assess the facts, reject falsehoods. |
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Re: Multiverse Ontology
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Again, who says these "other universes" MUST exist and what are their arguments?
"there are indeed other, equally real, versions of you in other universes, who chose differently and are now enduring the consequences.
Why do I believe this? Mainly because I believe quantum mechanics. Just write down the equation describing the motion of those fateful transmitter molecules, and their effect on you and on the environment. Notice that their "randomness" consists in their doing two things at once: crossing that synapse and not crossing it; and that the effect on you was likewise that you did two things at once: buy my book and buy Penrose's. Such effects spread out, making everything do many things at once, which is what we mean by saying that there are "parallel universes."
Furthermore, the universes affect each other. Though the effects are minute, they are detectable in carefully designed experiments. There are projects underway - close to your heart, I know, as well as mine - to harness these effects to perform useful computations. When a quantum computer solves a problem by dividing it into more sub-problems than there are atoms in the universe, and then solving each sub-problem, it will PROVE to us that those sub-problems were solved somewhere - but not in our universe, for there isn't enough room here. What more do you need to persuade you that other universes exist? " -David Deutsch |
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Re: Violation of Bell's Inequality; Nonlocility; Effects propagated at superluminary velocity
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"There should be endless lines of people willing to validate or debunk these claims if they are being taken seriously."
oh, of course. Endless lines of professional scientists spending their free time searching for truth. Seems you have a rather naieve view of the process and politics of scientific progress. I have talked to professional scientists and in general they haven't the slightest interest in challenging their belief structures, and since they aren't being paid for it, there is no reason whatsoever to go there. They are (in general) instantly put on the defensive when anything of this sort is brought to their attention. I even brought this research to the attention of a local physics professor and he said it was bunk, but he couldn't tell me why, and indeed he acted as if he didn't even read it.
It is standard procedure for "normal science" to sweep empirical anomalies under the rug until the point when it is impossible not to stumble over it (see Kuhn). We have a ways to go until that time, but the anomalies keep mounting, as usual. Practitioners of "normal science" are not trained to think outside their paradigm-box. They don't have the inter-paradigm tools to properly evaluate anything sufficiently "revolutionary", and in fact they can't even see anything of this sort because they don't understand the nature of paradigm incommensurability. THEY AREN"T TRAINED IN THE PHILOSOPHY OF SCIENCE, or the methods and injunctions of interparadigm research. They look at everything from the context of their standard paradigm and anything that deviates they can only see as ERROR. I am not interested or constrained by such "peer review". My peers are inter-paradigm (extraordinary science) researchers, and their reviews have been very positive. |
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Re: Violation of Bell's Inequality; Nonlocility; Effects propagated at superluminary velocity
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from the front page of the website:
http://www.unquantum.com
"The experiment plots a histogram of times between events triggered in two detectors. This should be random. A peak in the histogram shows that there are events in both detectors occurring at a rate that exceeds the random chance rate. A particle cannot split to trigger both detectors, but a pulse of wave energy can. In the past, this kind of experiment was done with visible light; coincidences occurred only at the chance rate convincing people of photons. No one ever did this experiment with gamma-rays because they thought it was a “fact” that gamma-rays were photons. Only the lower “energy” gamma sources work in my experiment, because they have a high photoelectric-effect efficiency in the detector. There are few such radioisotope sources, which explain why this effect went unnoticed so long."
And from the ABSTRACT at:
http://www.unquantum.com/paper2/seriouschallenge5. html
"In a thought experiment, Einstein proposed that each light quantum would go one way or another at a beam splitter. In testing this model I have implemented a series of experiments using spontaneous gamma-rays from either 109Cd or 57Co, whereby a primary gamma-ray is split and detected in coincidence in two detectors. The experimental coincidence rates are found to substantially exceed the chance coincidence rate. These are full-height pulses, which directly violate the quantum mechanical probabilistic model of light, and indirectly violate the concept of quantized free charge. To help understand how all this can possibly be true, I have identified conceptual and experimental flaws in previous related experiments, and have developed a theory. Instead of quantization, I develop visualizable properties of the matter-wave to explain its particle-like properties and avoid wave-particle duality."
I think that is pretty straightforward, don't you? |
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