Dark Matter Solved (eBook, ePUB)
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This is a significant breakthrough in elementary particle physics. The subject of Dark Matter is one of the physics community largest unsolved mysteries. This short ebook will shed some light on it. As shown in the New Standard Model, supersymmetry is quite real and is composed of Dark Matter. How can we deduce this?Particles in supersymmetry are characterized by large mass values, and short lifespans. Because the photon that typically emits light, is replaced in supersymmetry by the photino, that rapidly decays before any "light" reaches your eyes. So, we can see the gravitational effects of ...
This is a significant breakthrough in elementary particle physics. The subject of Dark Matter is one of the physics community largest unsolved mysteries. This short ebook will shed some light on it. As shown in the New Standard Model, supersymmetry is quite real and is composed of Dark Matter. How can we deduce this?
Particles in supersymmetry are characterized by large mass values, and short lifespans. Because the photon that typically emits light, is replaced in supersymmetry by the photino, that rapidly decays before any "light" reaches your eyes. So, we can see the gravitational effects of Dark Matter in distant galaxies, even though we cannot see the mass. It is further possible, that there is something intrinsic to the quatern, that absorbs light, in the EM spectrum.
This short ebook provides insight into the composition of Dark Matter, how it can be described and modeled, and the components of decay. THe New Standard Model for Elementary Particles is the key to understanding this breakthrough.
Particles in supersymmetry are characterized by large mass values, and short lifespans. Because the photon that typically emits light, is replaced in supersymmetry by the photino, that rapidly decays before any "light" reaches your eyes. So, we can see the gravitational effects of Dark Matter in distant galaxies, even though we cannot see the mass. It is further possible, that there is something intrinsic to the quatern, that absorbs light, in the EM spectrum.
This short ebook provides insight into the composition of Dark Matter, how it can be described and modeled, and the components of decay. THe New Standard Model for Elementary Particles is the key to understanding this breakthrough.
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