Re: Reevaluating distributed theory and time travel

It appears that things are relativistic, but only appear as that.
Distributed theory to gravity and dark matter brings a new idea, one
where all things can be separated, and attributes as time controlled.
As the distributed theory is completely different to the theory of
relativity, I don't think it is appropriate to call time for example
as a field or a dimension, but in time such concepts will clarify. The
idea is that things can detach from reality and reattach. Small
Universes of their own can form. In a distributed form of energy
distribution, one can re-balance things, weights as we find those
events happening in the Universe. Atoms distribute and redistribute.
Distribution of weights is everywhere, on great scales seen in spiral
galaxies and dark matter and on small scales. In Russian: It yet
however remains unclear to what time should be called if it is not a
field (but a distribution-related condition).

Oh yeah, what I was going to say is that field theory is based on
theory of relativity and is not compatible in my opinion with the
distribution theory of mass. Perhaps mass only redistributes under
very large condition and then no perpetual motion and free energy
only in atomic scales perhaps. Atoms show the complexity of how
bonds become driving forces, and dark matter is precisely a bond
and a driving force.

I already figured it out, that no matter how hard I try, a unified
theory based on the theory of distributed 'gravity' to the Universe
won't come arouned probably till the 23rd century. And such theories
will remain a private endevour.

Correction: A unified theory to the Universe (based on theory of
'weight'
distribution or something). The key lays in dark matter in the large
scale and atomic distributions in the micro scales, the description of
the basic forces that drive and comprise the Universe and how those
forces arise in what conditions. The basic models and calculations
for time variations, impulses, bonds, how dark matter is a bond that
tightens two (or more) way flow conditions, sometimes four, as in
atoms.

The world went through Einstein's theory then field theories.

A distributed theory that I invented/made-up and/or discovered,
and/or uncovered carries a few advances: unified theory, the idea
of the study of distributing of weights, what is dark matter, why
is the galaxy 10 times heavier than it's visible mass, and the
study of how atoms perhaps also redistribute weight to form stabil
structures, as well as the idea of distributing/redistributing of
weight in the real world, perhaps arriving to anti-gravity, perhaps
explaining that certain conditions allow perpetual motion given
clear models to weight distribution/redistribution, that some
elements break motion/pressure and weight under momentum in
yet unthought of possibilities, physics, thinking. I am not
saying any of this theory has any validity, though I invented
a way to see the macro and the micro that does not correspond
with Einstein's theories given the (re)distributed properties
observed in weight in regards to dark matter. Never mind.

.

Relevant Pages

  • Re: Galactic pancake mystery solved
    ... > 1) They assume a spherical distribution of dark matter in a halo ... > 2) They run a simulation that shows a non-spherical spatial ... > 3) Eleven satellite galaxies are observed with a non spherical ...
    (sci.astro.amateur)
  • Re: Reevaluating distributed theory and time travel
    ... Distributed theory to gravity and dark matter brings a new idea, ... events happening in the Universe. ... Distribution of weights is everywhere, on great scales seen in spiral ...
    (sci.astro)
  • Re: Galactic pancake mystery solved
    ... They assume a spherical distribution of dark matter in a halo ... Eleven satellite galaxies are observed with a non spherical ... just as there is no physical evidence that supports the existence of cold dark matter. ...
    (sci.astro.amateur)
  • Re: Galactic pancake mystery solved
    ... You let the simulation run, and if the end result matches your observations, you have faith in both the model and in your assumptions. ... This model that predicts the distribution of local galaxies is a good example. ... And what comes out precisely matches our observations. ... It is these kinds of experiments, using very different approaches, that are increasingly convincing people that dark matter is a reality. ...
    (sci.astro.amateur)
  • Re: An Analysis of the Resolution of the Michelson-Morley Experiment
    ... > special distribution of dark matter in order to the curves be flat - ... > rotation curve means that galaxies revolve like a solid body and I ...
    (sci.physics)