What is it about?
Stable atoms of Primordial Black Holes,Holeums,are the building blocks of the Dark Matter.Their atomic transitions give off Dark Energy. Collisions among the Holeums in the galactic halo give off Cosmic Rays and Gamma Ray Bursts (GRBs) via Hawking Radiation. It predicts neutrinoless GRBs observed by the Ice Cube experiment at the South Pole. This is a unified theory of Dark Matter and Dark Energy.
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Why is it important?
There is a grave crisis both in the theoretical and the experimental branches of Physics. SUSY theory, the successor to the Standard Model predicts that WIMP is the hydrogen atom of Dark Matter. In the past decades all the experiments, including CERN, have have failed to detect WIMP. SUSY has no candidate for Dark Energy. Our theory is a unified theory of Dark Matter and Dark Energy. It predicts Cosmic Rays and the neutrinoless GRBs. It is a semi-classical theory of Quantum Gravity.
Perspectives
A vast quantity of Primordial Black Holes (PBHs) was produced in the aftermath of the BigBang.But they are extremely short-lived. Therefore our conjecture of a stable Holeum seemed to be completely off the mark. But sometime after the publication of our paper in Classical and Quantum Gravity Bousso and Hawking published a paper in which it was shown that the Hawking radiation was completely suppressed in theories with coincident cosmic and event horizons. Later, half-a-dozen other publications have appeared showing the same thing in the extended theories of gravity such as the dilaton gravity, the f(R)-gravity, the f(T)-gravity and the string -inspired gravity thus vindicating our faith in the principle of primordial democracy. Now we are working on an advanced version of Holeum theory wherein a non-radiating PBH forms a single particle bound state in its own gravitational field a la the Schrodinger Newton Equation. This new Holeum will inherit the successes of the old one. This will be the new hydrogen atom of the Dark Matter.
Lakhdhirji Chavda
Chavda Research Institute, Surat, Gujarat, India.
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This page is a summary of: Dark matter and stable bound states of primordial black holes, Classical and Quantum Gravity, May 2002, Institute of Physics Publishing,
DOI: 10.1088/0264-9381/19/11/311.
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