Dark Matter Emits Gamma Rays, X-Rays, EUV Ultraviolet Rays>, Says Astro-Cosmology Author Jerome Drexler
LOS ALTOS HILLS, Calif., Dec. 26 (AScribe Newswire) -- Earlier this month, Physical Review Letters published a scientific paper titled "H.E.S.S. observations of the Galactic Center region and their possible dark matter interpretation," authored by the H.E.S.S. collaboration team. The scientific paper seeks to determine whether dark matter is a source of high-energy gamma rays.
Jerome Drexler, astro-cosmology researcher and author of two books devoted to the science of dark matter, wishes to announce that after researching the subject for over five years and developing and using a new dark matter paradigm, he is convinced that the so-called dark matter of the universe actually emits gamma rays, x-rays, and extreme ultraviolet (EUV) rays. Drexler expects NASA to confirm the emission of EUV rays from dark matter with the Hubble telescope in 2008.
In his 2003 book, "How Dark Matter Created Dark Energy and the Sun," Jerome Drexler provides significant evidence that the spherical dark matter halos around spiral galaxies are comprised of galaxy-orbiting high-energy relativistic protons. The book also provides evidence and references, see pages 46-52, indicating that such galaxy-orbiting relativistic protons would generate gamma rays and x-rays.
Some very relevant gamma-ray-related excerpts from the 2003 book are as follows:
"Gamma rays are the most powerful form of radiation. They are generated in several ways: Gas at a temperature of 10 billion degrees glows in gamma rays; also, energetic particles smashing into other particles or spiraling through magnetic fields release gamma rays."
A Nov. 8, 1997, article in Science News entitled "Gamma-ray glow bathes Milky Way," states, "A mysterious halo of gamma rays not associated with any known celestial objects extends thousands of light-years from the core of the Milky Way and may surround the entire galaxy, astronomers report."
"These gamma rays are providing the first evidence that some sort of high-energy process is occurring at large distances from the [Milky Way] galactic core," said physicist David D. Dixon of the University of California, Riverside. "The gamma-ray distribution may also provide indirect evidence of dark matter - the universe's missing mass, whose existence scientists have inferred but not yet demonstrated," Dixon said. (-edit: we INDEED now have had are first photographic evidence of the REALITY of "dark matter"--max)
Relativistic protons in space are known to produce gamma rays, x-rays, extreme ultraviolet (EUV) and UV emission as these protons are forced to move in circular or spiral paths by the magnetic fields or when they bombard the giant molecular clouds and dust particles in space. Relativistic protons moving in circular or spiral paths generate synchrotron photon emission of UV, Extreme UV (EUV) photons or soft x-ray photons. Relativistic protons entering into braking collisions with dust, molecules, or atoms generate Bremsstrahlung radiation of x-rays or gamma rays.
Astrophysicists, astronomers, and cosmologists know that these various types of energetic photon emission processes are produced by relativistic cosmic ray protons. However, some of these scientists may not be aware or may not believe that high-energy relativistic cosmic ray protons can be stragglers from dark matter halos. As posited in Drexler's 2003 and 2006 books, some of the dark-matter-halo relativistic protons crossing magnetic fields lose kinetic energy through synchrotron emission or through collisions and thereby become cosmic ray protons (and stragglers) when their reduced kinetic energy causes them to be displaced from the galaxy-orbiting dark-matter halo proton stream.
Drexler's 2006 dark-matter-cosmology book, a sequel to his 2003 dark-matter book, is titled, "Comprehending and Decoding the Cosmos: Discovering Solutions to Over a Dozen Cosmic Mysteries by Utilizing Dark Matter Relationism, Cosmology and Astrophysics." This book provides overwhelming scientific evidence that the dark matter of the universe is comprised of galaxy-orbiting high-energy relativistic protons. The author demonstrates this by utilizing the dark-matter-relativistic-proton hypothesis, in conjunction with the laws of physics, to derive plausible explanations for more than 15 cosmic mysteries and possibly as many 25 cosmic mysteries.
Drexler's two books also point out that as the dark-matter-halo protons lose kinetic energy and slow down through synchrotron radiation losses or particle collisions, the radii of their orbital paths would decline and the protons would depart the galaxy's halo radially inward and penetrate the galaxy as high-energy cosmic ray protons. Some of them would collide with a molecular cloud or with dust before arriving at a star system.
The HESS collaboration team also published an earlier paper in Nature in February 2006 titled, "Discovery of Very-High-Energy Gamma-Rays from the Galactic Centre Ridge." It states, "The hardness of the Gamma-ray spectrum and the conditions in those molecular clouds indicate that the cosmic rays giving rise to the Gamma-rays are likely to be protons and nuclei rather than electrons." This statement by the HESS researchers supports Drexler's relativistic proton dark matter hypothesis since the astronomer researchers confirm that relativistic protons, bombarding molecular clouds, generate the observed gamma rays. The researchers also rule out energetic electrons as the source of energy for the observed gamma rays.
The HESS gamma-ray observations were made with a High Energy Spectroscopic System in the form of an array of four imaging atmospheric Cherenkov telescopes located in Namibia.
Jerome Drexler, former NJIT Research Professor of physics at New Jersey Institute of Technology and retired Chairman of LaserCard Corp. (Nasdaq: LCRD), began his career as a Member of the Technical Staff of Bell Laboratories. He has been granted 76 U.S. patents, two honorary Doctor of Science degrees, a degree of Honorary Fellow of the Technion, an Alfred P. Sloan Fellowship from Stanford University and a three-year Bell Labs graduate study fellowship Currently, he is a astro-cosmology researcher and author of two books (2003 and 2006) devoted to the science of dark matter and dark matter cosmology.
- - - - CONTACT: Jerome Drexler, 650-941-2716, drexlerastro@aol.com |
