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  1. #1
    Raider of the lost time
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    spacetime substantiation without hole

    The following image shows spacetime substantiation without hole if the true vacuum is the synthesis of continuous space, matter, and energy into quantized spacetime.

    Time independence: [∂E(g)]˛=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: a(tr(t)=c˛

  2. #2
    The Thinker
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    The image is quite confusing.

    Humm, I think I understand why the false vacuum and true vacuum are where they are. But I disagree with the principle.

    Because even-even and odd-odd should make a vacuum (zero, nothingness) for the fact that they eliminate each other.

    But where you write true vacuum is what actually should be even-odd. just as matter. Maybe it should be another thing, not matter. I just have come a long something: Force.

    Anyway, I have two questions:

    From where do you take the odds and even properties for each?

    What could the "odd" part and the "even" part be physically?

  3. #3
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    Smile Interlocking and inter-entwined-dimensional linking.

    Thanks for this thread Antonio,It has given me some Ideas.are the spheres
    that you illustrated which are overlapping each other,sort of linking dimensions
    that each seem to complment the other.and could then the absence of a hole
    be maybe the discovery of the Whole!






    kind regards michael.

  4. #4
    Raider of the lost time
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    Quote Originally Posted by GUILLE
    From where do you take the odds and even properties for each?
    The oddness and evenness of Hadamard matrices. As I mentioned in several posts, each Hadamard matrix physically describes the square of energy.
    Time independence: [∂E(g)]˛=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: a(tr(t)=c˛

  5. #5
    The Thinker
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    Quote Originally Posted by AntonioLao
    The oddness and evenness of Hadamard matrices. As I mentioned in several posts, each Hadamard matrix physically describes the square of energy.
    True. But what I meant in the second question was if the just "even" part or the "odd" part could be soemthing like, space, time, matter, energy, force.....? Could it be speed, acceleration? Could it be mass? What are they?

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    Smile How can you square that which the fullness is unknown

    Just a question Antonio,how can one square matter when the whole of its presentation in phenomenal space is totally unknown!Just has me puzzled.





    kind regards michael.

  7. #7
    The Thinker
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    Quote Originally Posted by mkirkpatrick
    Just a question Antonio,how can one square matter when the whole of its presentation in phenomenal space is totally unknown!Just has me puzzled.





    kind regards michael.
    Actually he sqaures energy, not matter. But true, how can E be sqaured if the total value of E isn't known? And if the universe is an open system, then E could be changing every planck's time.

  8. #8
    Raider of the lost time
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    For Guille and Mike,

    Please note that the total relativistic energy equation is the square of this energy as solutions to Dirac equation. This is well established in relativistic quantum mechanics. All you need to do is look it up in textbooks for quantum mechanics or see the following site
    http://en.wikipedia.org/wiki/Dirac_equation
    Time independence: [∂E(g)]˛=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: a(tr(t)=c˛

  9. #9
    Raider of the lost time
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    The following image is that of atomic absorption and emission spectra before a magnetic field is applied.


    When a magnetic field is applied note the line splitting in the yellow regions.

    Time independence: [∂E(g)]˛=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: a(tr(t)=c˛

  10. #10
    The Observer
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    Bogus image!

    Antonio;
    I think I would question the source of your images. It appears you are presenting doctored images. The splitting lines in the yellow appear to have been added to the picture. I know of no such effect in spectrometry and I should know since designing radiometric instrumentation was my profession for 15 years.
    1..Lines are too sharp
    2..Lines do not span the height of the image.
    3..Lines are not proper spectrum color.
    4..Emition and absorption images are not even the same elements.

    best regards;
    Dave

    David

 

 
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