Jarek Member

  • Member since May 9th 2015
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  • Jarek Replied to the thread Electron-assisted fusion.

    This is STM image of hexagonal lattice of graphene, here on right side is STM image for semiconductor instead (source: http://www.phy.bme.hu/~zarand/LokalizacioWeb/Yazdani.pdf ) comparing with standard random walk in defected lattice and MERW (
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  • Jarek Replied to the thread Electron-assisted fusion.

    Indeed in physics and our models we have asymptotically 1/r2 Coulomb force for topological/electric charges.
    For very low distances it is deformed - so called running coupling ( https://en.wikipedia.org/wiki/…constant#Running_coupling ) seen…
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  • Jarek Replied to the thread Electron-assisted fusion.

    Higgs potential e.g. (|n|2 - 1)^2, quite popular in physics, here just means nontrivial vacuum - e.g. "director field" in liquid crystals, leading to electromagnetism as Goldstone bosons ... potential allows to deform to finite energy to prevent infinite…
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  • Jarek Replied to the thread Electron-assisted fusion.

    Indeed electron being perfect point makes no sense - e.g. would have infinite energy of electric field, wouldn't have running coupling effect (as experiment and Faber have).
    Here are gathered experimental arguments for size of electron:
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  • Jarek Replied to the thread Electron-assisted fusion.

    Electric charge can be calculated through Gauss law by integrating electric field over closed surface - what has also topological analogue if interpreting spatial curvature of field as electric field.
    In similar way they experimentally get Coulomb-like…
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  • Jarek Replied to the thread Electron-assisted fusion.

    I use topological charge as (2,3D) winding number for field restricted to a closed surface - it gives function from the surface to sphere, which has to cover this sphere an integer number of times.
    Such 2D topological charge is e.g. (integer) number of…
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  • Jarek Replied to the thread Electron-assisted fusion.

    "If "deep orbits" are highly relativistic, indeed de Broglie's clock slows down proportionally to gamma = sqrt(1-v^2)"

    Indeed the ~10^21 Hz electron clock is slowed down for high speeds, what they also use in the experimental confirmation: ~80MeV…
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