The following mechanism, by continually creating matter in the universe, if self coherent, would solve many unsolved physical problems : this cosmology would do without a big bang.

3d interference pattern of gravitational waves would create rogue waves at specific points in SpaceTime that would create matter and the CMB.

Creation of matter and gravity fields, at net zero energy would increase the expansion of the universe.

The perfect black body curve of the CMB would result from the exponential expansion of the universe.

  • @count_of_monte_carloM
    link
    English
    11 year ago

    I’m trying to understand what you’re proposing here, so I have a few questions.

    3d interference pattern of gravitational waves would create rogue waves at specific points in SpaceTime that would create matter and the CMB.

    What is the source of these gravitational waves? Binary black hole mergers, neutron star mergers, something else?

    How would rogue gravitational waves create matter?

    How would rogue gravitational waves produce the cosmic microwave background?

    Creation of matter and gravity fields, at net zero energy would increase the expansion of the universe.

    What do you mean by “net zero energy”? Is it that this process of creating matter and gravitational waves would also conserve energy somehow? How would this increase the expansion of the universe?

    The perfect black body curve of the CMB would result from the exponential expansion of the universe.

    How does the exponential expansion of the universe produce the black body CMB? In the standard big bang model, photons are emitted during the recombination epoch and have a very uniform black body temperature since the matter that emitted them had been in thermal equilibrium prior to expansion. These photons are then extremely redshifted by the expansion of the universe.

    • @[email protected]OP
      link
      fedilink
      English
      1
      edit-2
      1 year ago

      What is the source of these gravitational waves?

      in my post there is a link for a powerful source of these waves but any source is good enough.

      How would rogue gravitational waves create matter?

      Here I use an analogy with the waves in the ocean that were discovered to create very strong unexpected phenomenas. When a field is strong enough it can create matter. So, it would be something similar to Hawking radiation or creation of electron positron pairs from gamma rays.

      What do you mean by “net zero energy”?

      I was most impressed by a single fact of physics that all energy in ordinary matter is equal to the negative potential gravitational energy of that matter.

      How would this [creation of matter and gravitational fields] increase the expansion of the universe?

      I read somewhere, maybe quantum gravity theories, where one creates the other, so I would have to search it again, unless someone here can help me.

      (…) black body CMB?

      Please notice that inside another comment in this post I have addressed that question.

      • @count_of_monte_carloM
        link
        English
        2
        edit-2
        1 year ago

        The gravitational wave background you linked is extremely weak, it took decades of measurements of pulsar timing and complex signal processing to even see hints of it. In general, the gravitational force is so much weaker than the other forces that it can be ignored except on very large scales. So I’m not seeing how a rogue gravitational wave would produce sufficient energy density for creating matter via pair production or some other mechanism. You would need extremely large amplitude gravitational waves, which would require some even more energetic mechanism for generating them. Maybe this is something you can work into your model?

        I was most impressed by a single fact of physics that all energy in ordinary matter is equal to the negative potential gravitational energy of that matter.

        I’m not sure what you mean by this, could you point me to a reference where you saw this statement?

        I will come back here to answer your questions one at a time … )

        Great! I look forward to it.