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  1. socratus

    Photons know a few tricks that physicists don't.

    I am not so optimistic man as you. Maybe the XXII century would change situation . .. . . .
  2. socratus

    The *Time* sends us into an unknown Eternity / Infinity.

    If I were a photon I would not "look like" a point-particle and at constant speed (c=1) I would not have "time" (like a dead man) and the universe without "time" would look very boring and therefore I will try to change situation and create "time" by some action. Maybe by act of...
  3. socratus

    Photons know a few tricks that physicists don't.

    @darkbeaver Many see the problems in physics, but . . . . the door is closed. ===
  4. socratus

    Photons know a few tricks that physicists don't.

    1) In 1690 Huygens published his wave theory of light, 2) In 1704, Newton published Opticks, in which he expounded his corpuscular theory of light. 3) In 1954 Einstein wrote: " All these fifty years of conscious brooding have brought me no nearer to the answer to...
  5. socratus

    Photons know a few tricks that physicists don't.

    One and the same photon is able to take part in different effects. And in these different effects photon knows a few different tricks which today cannot be understood and therefore photon is an enigma for us. Einstein said: " All these fifty years of conscious brooding have...
  6. socratus

    Photons know a few tricks that physicists don't.

    1) Reality is based on particle dynamics (!) Newton wrote: " For the basic problem of philosophy seems to be to discover the forces of nature from the phenomena of motions and then to demonstrate the other phenomena from these forces." / Newton . / 2) Trying to...
  7. socratus

    Photons know a few tricks that physicists don't.

    Photons know a few tricks that physicists don't. ==.. 1. Einstein discovered photons *without mass*. 2. Dirac discovered virtual photons with *imaginary mass*. 3. Photons take part into photosynthesis and must have *positive mass* ( biological physics - quantum biology)...
  8. socratus

    The *Time* sends us into an unknown Eternity / Infinity.

    @darkbeaver 1. At speed ( c= 299,792,458 m/sec ) there isn't time from the photon's perspective . 2. Photon gets from the Sun to the Earth in 8 minutes (from our earth-gravity point of view ) 3. From the photon's perspective it takes zero (0) time. 4. Theoretical...
  9. socratus

    The *Time* sends us into an unknown Eternity / Infinity.

    Gravity- local-space by itself (!) and Gravity-local-time by itself (!) are only *shadows* of the Absolute Flat (spacetime) Continuum. ===..
  10. socratus

    The *Time* sends us into an unknown Eternity / Infinity.

    Herman Minkowski , at the 80th Assembly of German Natural Scientists and Physicians. 21 September 1908: " The views of space and time which I wish to lay before you have sprung from the soil of experimental physics, and therein lies their strength. They are radical. Henceforth space...
  11. socratus

    The *Time* sends us into an unknown Eternity / Infinity.

    The *Time* sends us into an unknown Eternity / Infinity. =. The photon at speed 299,792,458 m/sec has no Time. The electron in interaction with vacuum doesn't have Time It means: the Time sends us into an unknown Eternity / Infinity. 1. What is Eternity / Infinity? According to SRT the...
  12. socratus

    Heisenberg Uncertainty principle: (ab ≠ ba) and Electron.

    Another proof of Heisenberg Uncertainty principle: One cannot know the momentum and position of one's vodka at once. =.
  13. socratus

    Heisenberg Uncertainty principle: (ab ≠ ba) and Electron.

    Wikipedia: " Inertia is the resistance of any physical object to any change in its state of motion . . . " http://en.wikipedia.org/wiki/Inertia =. In other words the Wikipedia said: ” Inertia is a tendency to do nothing or to remain unchanged.” The tendency of bodies at...
  14. socratus

    There's no such thing as 'a free lunch' for Inertia.

    There's no such thing as 'a free lunch' for Inertia. =. Newton wrote: * For the basic problem of philosophy seems to be to discover the forces of nature from the phenomena of motions and then to demonstrate the other phenomena from these forces* =.. For the movement we must pay...
  15. socratus

    Einstein didn't understand his SRT.

    Einstein didn't understand his SRT. " During our crossing, Einstein explained his theory to me every day, and by the time we arrived I was fully convinced: he understood it." / Chaim Weizmann,1921. After he escorted Einstein to the USA/ ==.. My opinion about Einstein’s SRT...
  16. socratus

    Time

    Time doesn't exist. It is a relational concept only @Sione. K. Palu =. How old are you? The answer is hidden in relation between Sun and Earth It means that the time (year) depends on the orbit of Earth around the Sun If the diameter of orbit were another the time (year) would be...
  17. socratus

    Heisenberg Uncertainty principle: (ab ≠ ba) and Electron.

    Not sure what you're trying to drill down to Socratus, there's far more thanone elementary particle that is unique, the Higgs Boson ispretty unique: / Tonington / ==. Question: In which frame of reference theHiggs boson was found ? The Higgs boson was found in LHC's vacuum (as a model of...
  18. socratus

    Heisenberg Uncertainty principle: (ab ≠ ba) and Electron.

    The Heisenberg Uncertainty Principle is a magic wand forsome physicists. If a fact/process is impossible to explain logical then somephysicists solve the problem saying : 'but using the Heisenberg Uncertainty Principle this processis possible' ===.
  19. socratus

    Heisenberg Uncertainty principle: (ab ≠ ba) and Electron.

    LinkedIn Theoretical Physics Discussions: HeisenbergUncertainty principle: (ab ≠ ba) and Electron. ==..
  20. socratus

    Heisenberg Uncertainty principle: (ab ≠ ba) and Electron.

    Heisenberg Uncertainty principle: (ab ≠ ba) and Electron. ==. Sir Arthur Eddington wrote: We used to think that if weknew one, we knew two, because one and one are two. We are finding that we must learn a great deal more about`and'. Why? Because one (1) can be different from another one...