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Thread: when a positron strikes Dark Matter a waveform quanta of space time is released.

  1. #1
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    Default when a positron strikes Dark Matter a waveform quanta of space time is released.

    When a high energy photon strikes an atom and produces an electron and a positron, and they in turn strike an anti-particle, in an "anti-quark" field that I will call "Dark Matter. the particle is splayed out into a flat dimension where it absorbs both of the positive and negative charge of the electron, and the positron, along with their + and - spin, and the battle of oscillation begins. The Dark matter or anti-quark field thins on the perpendicular and swell on the parallel as it takes on the properties of both a "wave form of space" where the energy, of the "accelerated motions" of matter, or", quantum field", are transferred to an equally massive field, the "anti-quark field", to account for that motion,
    Just like the conversion of mass to energy, Like-wise, Anti-matter to Space, countering "Acceleration", with time, while at the same time countering Gravity, by accelerating space in the opposite direction of matter. This also allows for the instantaneous creation of time, anywhere in the universe. This "Dark Matter"/"Anti-matter"/"Anti-quark field", when converting to a particle is nearly impossible, for it gives up most of its mass to space, and its kinetic energies to dark energy, a property of space-time.
    Normal matter now passes through This , I hypothesize to be "positron-anti-matter interaction".
    An " anti-photon"- Dark matter interaction ensues canceling out the photonic energy by "white light absorption", the counterpart to black body radiation. increases as to the square of the neutrinos' lepton numbers.

    M=DM^2 * DE


    Ok I'm not to sure about that last line, what of the rest?
    Last edited by David Hawkins; 05-19-2016 at 11:34 AM.

  2. #2
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    Default Re: when a positron strikes Dark Matter a waveform quanta of space time is released.

    I think this relates to nuclear magnetic resonance. An electron does a fly by of the nucleus as it completes its shell, and the center adjusts its resting position. I've been drinking.

  3. #3
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    Default Re: when a positron strikes Dark Matter a waveform quanta of space time is released.

    Quote Originally Posted by KickLaBuka View Post
    I think this relates to nuclear magnetic resonance. An electron does a fly by of the nucleus as it completes its shell, and the center adjusts its resting position. I've been drinking.
    Lmao thats the only time i chat on this forum. However, i believe u are much closer to the truth.

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