Recent content by south

  1. S

    I About concept of wave-particle duality

    Is the fusion of words wave and particle, proposed by a physician several decades ago, when standard .model wasn't developed.
  2. S

    I About concept of wave-particle duality

    What happened to the wavelet?
  3. S

    B Relativistic contraction factor

    OP immediately wanted to delete the post when he noticed the error and couldn't find the delete option.
  4. S

    I About concept of wave-particle duality

    How does the concept of wave-particle duality in quantum mechanics evolve when you move to quantum field theory?
  5. S

    B Geometric and arithmetic means and contraction factor

    Ok, agree. Thank you very much.
  6. S

    B Geometric and arithmetic means and contraction factor

    I don't find any correlation with the physical situation in that statement about the means. It seems like an empty mathematical game to me.
  7. S

    B Geometric and arithmetic means and contraction factor

    I think the following: Although mathematically it coincides, interpreting the contraction factor as the quotient of two means may not fit the physical nature of the phenomenon.
  8. S

    B Geometric and arithmetic means and contraction factor

    Is it correct to state that the relativistic contraction factor is the ratio of the geometric mean to the arithmetic mean of the terms ##C+v## and ##C-v##?
  9. S

    B Relativistic contraction factor

    Thank you very much. Best regards.
  10. S

    B Relativistic contraction factor

    Is it correct to state that the relativistic contraction factor is the ratio of the geometric mean to the arithmetic mean of the terms C and v?
  11. S

    I Question about a Square Light Clock

    Thanks to the persons wich help me. Best regards.
  12. S

    I Question about a Square Light Clock

    At each vertex of a square, there is a mirror with its plane perpendicular to the diagonal containing the vertex. The reflecting side faces the center of the square. A beam of light is successively reflected off each of the mirrors, such that it travels around a square circuit. Each time it...
  13. S

    I Quantum wavelength in gravitation

    Quantum energy without frequency nor wavelength? Good bye $$E=h.\nu$$ ?
  14. S

    I Quantum wavelength in gravitation

    OK. Same question in terms of frequency. Should it be on the order of atomic frequencies or on the order of lower frequencies?
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