ABSTRACT
This paper, the “Particle Chamber “ theory, examines and identifies microscopic,
dust like, matter as the mechanism that causes the gravitational effect known as
dark matter. The initial analysis identified how these particles are distributed around
our solar system. Minute particles of matter are each contained in cubical chambers
one kilometer on a side. This paper employs a mathematical analysis to evaluate its
potential distribution of the chambers over the universe based on measurements of
particulate matter deposited on earth each year. The mathematics indicate that the
universe can easily hold both the existing visible matter, and dark matter with a mass
ten times greater that the mass of all the visible matter, and the universe still has
vast vistas devoid of any matter. A gravitational effect caused by the accumulation of
these particle chambers into cubic light-years calculates to reflect the power of stars.
The paper demonstrates why dark matter can’t be seen (in most cases) and shows
that this theory doesn’t conflict with many of the insights found in the papers on this
issue.
KEY WORDS; ASTROPHYSICS; BARYONIC; DARK MATTER; HALO; UNIVERSE;
DUST; GRAVITY; MASS; LIGHT YEAR; STAR; WMAP; WILD2
ORBIT; SUN
This paper, the “Particle Chamber “ theory, examines and identifies microscopic,
dust like, matter as the mechanism that causes the gravitational effect known as
dark matter. The initial analysis identified how these particles are distributed around
our solar system. Minute particles of matter are each contained in cubical chambers
one kilometer on a side. This paper employs a mathematical analysis to evaluate its
potential distribution of the chambers over the universe based on measurements of
particulate matter deposited on earth each year. The mathematics indicate that the
universe can easily hold both the existing visible matter, and dark matter with a mass
ten times greater that the mass of all the visible matter, and the universe still has
vast vistas devoid of any matter. A gravitational effect caused by the accumulation of
these particle chambers into cubic light-years calculates to reflect the power of stars.
The paper demonstrates why dark matter can’t be seen (in most cases) and shows
that this theory doesn’t conflict with many of the insights found in the papers on this
issue.
KEY WORDS; ASTROPHYSICS; BARYONIC; DARK MATTER; HALO; UNIVERSE;
DUST; GRAVITY; MASS; LIGHT YEAR; STAR; WMAP; WILD2
ORBIT; SUN
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