#1021
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Worthy of survival
Citizen Bob wrote:
On Fri, 20 Oct 2006 13:43:57 -0500, Bob Kolker wrote: Eric Chomko wrote: And also the father of psychoanalysis. Which is a fraud, a scam and a psuedoscience. Oh Doktor Freud, Herr Doktor Freud How we wish you had been differently employed Instead of fiddling with neurosis You could have cured sclerosis Oh what a waste Herr Doktor Freud. Freud was a physician, a neurologist, before he became a psychiatrist. He was mistreated in France because he was Jewish, so he found a way to get even with the Frogs - invent this scheme whereby he can declare that they are all crazy. He didn't live in France. He lived in Wien (Vienna), the capital city of the Austro-Hungarian empire. We went to Paris to study with Charcot in the treatment of hysterical symptoms. Charcot was using hypnosis to treat hysterical symptoms and from that service with Charcot, Freud invented his notion of the subconscious mind. Yes it is true that Freud suffered from the effects of anti-semitism in the A.H. empire as many Jews did. Einstein ultimately suffered the same kind of abuse in Germany and had to leave. Be this as it may, it does not excuse or explain how Herr Doktor Freud became the guru and poobah of a cult. His circle of adherents and acolytes to his theories of the subconscious mind (empirically untestable) became his Very Own Gang and he did not tolerate any sort of disagreements from "his" people. That is how a bitter split arose between him and his followers and Adler and Jung. Freud for a set of complex reasons used his talent to create a quasi-religion and cult from which the world still suffers. The fact that the Frogs are crazy went a long way in helping Freud establish his theories. He would have been driving a taxi in any other culture for lack of work. Not only the Frogs, but the Vienese. The Jews who lived in Vienna very often become neurotic and the goyim were not far behind. It was the goyim who welcomed Hitler with open arms and cheering when the Anschluss happened. If you want to see a dark vision of the life of those times read -Metapmorphisis- by Franz Kafka a Jungerian Hew. Bob Kolker |
#1022
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Worthy of survival
"Citizen Bob" wrote in message
... On Fri, 20 Oct 2006 10:43:07 -0500, Bob Kolker There is something fundamentally wrong with Relaitivity, despite its remarkable achievements. There is always the possibility that what is happening is a pattern match between the mathematics and the physics (*). I believe it is going to take quantum mechanics to fix it. That's where you will get your strong physical input. QM? The one where stuff shows up as wave and particle at the same time? I think they both are going to need patches. |
#1023
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Worthy of survival
On Sat, 21 Oct 2006 08:21:28 -0400, Bob Kolker
wrote: I agree. Gravitation as understood in General Theory will not unify with the rest of the natural interactions. Either reality is inherently messy and fracture or there is something that theory is missing. Just because a theory makes some predictions does not make it correct. For example, the Luminiferous Ether provided some accurate predictions such as the existence of radio waves. But it was still dead wrong. I believe Relativity is a fortuituous happenstance, having nothing to do with physical reality. You are right - it is TOO mathematical for comfort. QM by contrast has lots of Good Ol' Physics, things you can play around with in a lab, hard objective matter. Indeed it has its share of spooky crap too, but it sitll has lots of classical carryover. As I pointed out before the main reason I object to Relativity is the notion of the spacetime continuum. If such a beast actually existed, then every quantity in the Universe would be completely knowable. Just walk over to the coordinates of the spacetime point for that event and observe for yourself. You could know when a radioactive atom would decay, which directly contradicts the results of QM. I think Einstein placed a comb in front of a picket fence at just the right perspective and discovered a remarkable set of patterns matching up. But it is incorrect to claim that a picket fence shares the same essence as a comb. You criticize superstring theory, and for good reason. However it is at the same stage Lorentz was when they discovered that Maxwell's Equations were not Galilean invariant. They had to struggle for many decades before they could justify the Lorentz Metric. That much of Relativity will remain intact because of its connection to classical electromagnetism. But that Minkowski crap has to go. At the time Einstein was working on GR, Mach proposed that the cause of inertia was a potential that was part of the GR equations. Einstein even endorsed his theory. Since a potential falls off a 1/r, and the volume element in a 3-dimensional integral behaves as r^2, the net effect of the integrand is that inertia behaves as r. That means that most of the inertia we experience here on Earth is caused by matter at the edge of the Universe. That's complete nonsense. Therefore there are serious flaws with the equations of GR. They work like astrology worked - in a very limited way. Newton used the concept of action at a distance from astrology, and in light of the quantum entanglement experiments and Bell's Theorem, it looks like astrology got that right. Write us when the experimentalists find the graviton, an elusive spin 2 boson. As a member of the American Physical Society (APS), I get the tradesheet Physics Today, and you can bet the discovery of either one of those particles would be front page news. -- "Nothing in the world can take the place of perseverence. Talent will not; nothing is more common than unsuccessful men with talent. Genius will not; unrewarded genius is almost a proverb. Education will not; the world is full of educated derelicts. Persistence and determination alone are omnipotent." --Calvin Coolidge |
#1024
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Worthy of survival
On Fri, 20 Oct 2006 21:54:57 -0500, Elvis Gump
wrote: Magnocartic, adj.: Any automobile that, when left unattended, attracts shopping carts. Love it! Too bad there not doing sniglets anymore .. My favorite, completely irrelevant to our earlier train of thought: Bovilexia, n: the irresistible urge to go Mo-o-o every time you drive past a cow .. |
#1025
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Worthy of survival
On Sat, 21 Oct 2006 08:44:10 -0400, "Atlas Bugged"
wrote: I believe it is going to take quantum mechanics to fix it. That's where you will get your strong physical input. QM? The one where stuff shows up as wave and particle at the same time? I think they both are going to need patches. Why do you have a problem with matter having both wave and particle properties? They are different manifestations of the same reality. Particles come into play in first quantization where the wave function is single particle. Waves come into play in second quantization where the wave function is many body. In a cathode ray tube the beam of electrons traversing the space between the anode and cathode can be characterized by a single particle wave function if a measurement is being conducted - for example, when an electron strikes a phophorescent substance on the side of the tube. But when the electrons are travelling free from other distrubances, they behave like a swarm of quasiparticles (*). There is no individual electron with a unique identifier like in classical physics, there is only a cloud of quasiparticles whose number vary because they are being constantly created and destroyed by vacuum fluctuations. This is the meat of Quantum Field Theory in general and Quantum Electrodynamics (QED) in particular. It was the invention of Paul Dirac who managed to marry QM with Special Relativity. The predictions of QED are among the most precise in physics. So QFT is on a solid footing as is all of orthodox QM, even including entanglement. It has been verified by experiment so many ways it would take a book just to catalog them. You would be hard pressed to make a case against QM. --- (*) In physics, a quasiparticle refers to a particle-like entity arising in certain systems of interacting particles. It can be thought of as a single particle moving through the system, surrounded by a cloud of other particles that are being pushed out of the way or dragged along by its motion, so that the entire entity moves along somewhat like a free particle. The quasiparticle concept is one of the most important in condensed matter physics, because it is one of the few known ways of simplifying the quantum mechanical many-body problem, and is applicable to an extremely wide range of many-body systems. In the language of many-body quantum mechanics, a quasiparticle is a type of low-lying excited state of the system (a state possessing energy very close to the ground state energy) that is known as an elementary excitation. This means that most of the other low-lying excited states can be viewed as states in which multiple quasiparticles are present. It turns out that the interactions between quasiparticles become negligible at sufficiently low temperatures, in which case we can obtain a great deal of information about the system as a whole, including the flow properties and heat capacity, by investigating the properties of individual quasiparticles. Actually, most many-body systems possess two types of elementary excitations. The first type, the quasiparticles, correspond to single particles whose motions are modified by interactions with the other particles in the system. The second type of excitation corresponds to a collective motion of the system as a whole. These excitations are called collective modes, and they include phenomena such as zero sound, plasmons, and spin density waves. The idea of quasiparticles originated in Landau's theory of Fermi liquids, which was originally invented for studying liquid helium-3 This is similar to dressed particles in quantum field theory. -- "Nothing in the world can take the place of perseverence. Talent will not; nothing is more common than unsuccessful men with talent. Genius will not; unrewarded genius is almost a proverb. Education will not; the world is full of educated derelicts. Persistence and determination alone are omnipotent." --Calvin Coolidge |
#1026
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Worthy of survival
You have not provided any scientific information other than you're
own opinion that redistribution of fluids will not have ill effects on space travelers. Any crew in a 1 g spin induced environment will have to travel to parts of the vehicle that are not in the 1g area of spin for maintenance, and therefore yes a crew in a 1g small radius spin induced 1g capsule will encounter the same effects that humans do now in microgravity. I understand you would like to stop thinking about the complications of human adaptation to space, as space travel is easier if we just discuss the physics and technology. The questions I am posing are not to baffle you, or **** people off, but represent reality, and the many problems humans face with space travel. Once again what scientific evidence (ie research, studies not opinions) do you have that humans can survive in an artificially created 1g environment induced by spin long enough to travel to local planets? What potential effects does long term exposure to a small radius spin induced 1g environment have on the human equilibrium? Can you cite sources, or show studies that in fact demonstrate the similar human physiological responses exist between the mass created gravity of earth, and gravitational "force" in a small radius spin induced 1g capsule? What specific effects does long term habitation in a in a small radius spin induced 1g capsule have on the human body, and what human physiological adaptations does the human body make to such an environment? And finally how does a small radius spin induced 1g capsule for long term space flight compare to a human centrifuge? Wayne Throop wrote: : : The science conducted on sts-107 would contradict your conclusion It would if it were relevant. But it's not. So it doesn't. Move on to something relevant. : as the study does not state a full understanding of the effects on the : human physiology when adapting to microgravity, but works to : increasing our understanding of these adaptations. But it does state that these ill-understood effects occur *in microgravity*. Which spin is not. So move on to something relevant. Your own quote you repeat over and over and over: : Sts-107 press kit page 45 col 2 par 1 "Previous flight experiments : have demonstrated that reduced gravity And we can stop right there. Reduced gravity. Spin is not reduced gravity. If you still think they are talking about reduced gravity but still the same acceleration, then you haven't been paying attention. Wayne Throop http://sheol.org/throopw |
#1027
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#1028
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Worthy of survival
On Sat, 21 Oct 2006 08:31:21 -0400, Bob Kolker
wrote: He was mistreated in France because he was Jewish He didn't live in France. He went to Paris to study with Charcot in the treatment of hysterical symptoms. When he was in Paris, where did he live - Vienna? That's one helluva commute. -- "Nothing in the world can take the place of perseverence. Talent will not; nothing is more common than unsuccessful men with talent. Genius will not; unrewarded genius is almost a proverb. Education will not; the world is full of educated derelicts. Persistence and determination alone are omnipotent." --Calvin Coolidge |
#1029
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Worthy of survival
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#1030
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Worthy of survival
In article ,
Bob Kolker wrote: Rocks do not have rights. Mostly because they are dumb and just sit there. not unlike viewers of the Fox News Channel... |
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