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Galaxy cluster RDCS 1252.9-2927. Purple color indicates x-ray emissions.
Credit: X-ray NASA/CXC/ESO/P.Rosati et al. Optical: ESO/VLT/P.Rosati et al.



Dark Power
Nov 10, 2009

Astrophysicists speculate that the early Universe was powered by dark matter annihilation.

According to modern cosmologists, the Universe is composed primarily of dark matter. More than 95% of all that exists is unseen and undetectable by the most sensitive instruments yet devised. Researchers from the University of Michigan have recently taken this idea to its extremes, claiming that the earliest stellar formations were (and perhaps still are) driven by Weakly Interacting Massive Particles (WIMPS) instead of thermonuclear fusion reactions.

A quote from a paper written by a team from the Ann Arbor campus states the case ironically: “We studied the behavior of WIMPs in the first stars and found that they can radically alter the stellar evolution. The annihilation products of the dark matter inside the star can be trapped and deposit enough energy to heat the star and prevent it from further collapse.”

Their premise is based on several assumptions, not the least of which is the age and size of the Universe. Current estimates conclude that it is 13.7 billion years old because redshift measurements from galaxy clusters seem to indicate they are located at enormous distances from Earth. Since the redshift theory associates time with speed and distance, the greater the redshift, the greater the distance and the farther back in time the measured object must be.

Consensus hypotheses about age and distance allow astronomers to propose many ideas that are built on the aforementioned assumptions, one of which is that the first stars formed soon after the Big Bang and subsequent expansion of the Universe. The Big Bang Universe is 13.7 billion years old, so the first stars are no longer around. However, there is sufficient confidence in the theory that computer simulations can be written and models of what took place in that primordial era can be studied.

The galaxy cluster image at the top of the page is said to represent a time almost nine billion years ago, since redshift calculations place its central structure approximately nine billion light-years from Earth. It is so remote in space and time that it can be placed at a period when the first stars were in their maturity. As the majority of astrophysicists maintain, that means it coalesced out of many sub-clusters when the Universe was dominated by cold dark matter.

During that early epoch, stars must have contained high concentrations of dark matter, since theory states that dark matter densities were significantly greater than they are today. Due to that line of thought, an entirely new physical model has arisen with ramifications for the way scientists in the near future will investigate how stars and galaxies operate.

Another quote from the University of Michigan researchers makes clear what some of those ramifications are: “The first stars to form in the universe are a natural place to look for significant amounts of dark matter annihilation, because they form at the right place and the right time. They form at high redshifts, when the universe was still substantially denser than it is today, and at the high density centers of dark matter haloes.”

Dr. Naoki Yoshida, Nagoya University in Japan and Dr. Lars Hernquist at the Harvard-Smithsonian Center for Astrophysics in Cambridge, Massachusetts, created a program that simulates "what they know" about the early Universe in order to study those conditions. Their simulations revealed that gravity created small variations in materials that were then extant, including dark matter, causing it to condense into "proto-stars" that slowly accumulated additional matter until they became large enough for dark matter interactions to generate enough heat and initiate radiant output.

Volker Bromm, Assistant Professor of Astronomy at the University of Texas, Austin puts it this way: "We must continue our studies in this area to understand how the initially tiny protostar grows, layer by layer, to eventually form a massive star. But here, the physics become much more complicated and even more computational resources are needed."

A recent article in Physical Review D puts a more ironic stamp on this bizarre line of "reasoning." Scientists from the Institute for Advanced Studies, the Center for Cosmology and Particle Physics, and Harvard University present a theory that includes dark matter annihilation products, a new force carrier, a way for dark matter to disintegrate into electrons and positrons, and a way to account for the ionization observed in deep space.

It is these concepts that prop up the current scientific pronouncements about "dark stars" that shine from dark matter annihilation, as well as the computer simulations that are supposed to be "confirming" the environment in which those so-called dark stars can exist.

Dark and dark and dark—Electric Universe proponents wonder if there will ever be any light from the heavily funded institutions that are supposed to be the pinnacle of scientific research.

As physicist and Electric Universe theorist Wal Thornhill recently reiterated: "I suggest we stop wasting tens of billions of dollars searching for new particles and forces invented by mathematicians chasing fame and a Nobel Prize and spend one percent of that sum investigating the dense plasma focus. Science used to be about simplification. It is the way of the Electric Universe. It is the way out of science's black hole."

Stephen Smith



SPECIAL NOTE - **New Volumes Available:
We are pleased to announce a new e-book series THE UNIVERSE ELECTRIC. Available now, the first volume of this series, titled Big Bang, summarizes the failure of modern cosmology and offers a new electrical perspective on the cosmos. At over 200 pages, and designed for broadest public appeal, it combines spectacular full-color graphics with lean and readily understandable text.

**Then second and third volumes in the series are now available, respectively titled Sun and Comet, they offer the reader easy to understand explanations of how and why these bodies exist within an Electric Universe.

High school and college students--and teachers in numerous fields--will love these books. So will a large audience of general readers.

Visitors to the site have often wondered whether they could fully appreciate the Electric Universe without further formal education. The answer is given by these exquisitely designed books. Readers from virtually all backgrounds and education levels will find them easy to comprehend, from start to finish.

For the Thunderbolts Project, this series is a milestone. Please see for yourself by checking out the new Thunderbolts Project website, our leading edge in reaching new markets globally.

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Authors David Talbott and Wallace Thornhill introduce the reader to an age of planetary instability and earthshaking electrical events in ancient times. If their hypothesis is correct, it could not fail to alter many paths of scientific investigation.
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