From the first arrow shot toward the heavens to the most recent space probe, we are reaching for the sky. David Novak shares a key piece of story evidence and the moment it all came together.
David Novak was the Master of Ceremony for EU2014 to rave reviews. He is a performance storyteller and arts educator and creator of The Storytellers' Compass, a method of narrative wayfinding. He has spoken at numerous theatres and festivals all over the country. Mr. Novak has been guest instructor for the University of San Diego, International Storytelling Institute, Oklahoma Arts Institute, John Campbell Folk School, and Walt Disney Imagineering. In 1995/96, he was Master Storyteller for the Disney Institute in Orlando, Florida. Internationally he has toured China, New Zealand, Hong Kong, and the Czech Republic. He is currently an instructor for the graduate storytelling program at Eastern Tennessee State University and Performance Review Editor for the journal Storytelling, Self, and Society.
For nearly 150 years despite the lack of observational evidence, the Sun has been considered to be a ball of gaseous material. Such a postulate rests on mathematical arguments. Nonetheless, observations, not mathematics, properly determine the phases of matter. In this light, a systematic review of 40 solar findings provides ample proof that the Sun is comprised of condensed matter In this presentation, the phase of the Sun will be discussed by contrasting the gas-based Standard Solar Model (SSM) with the Liquid Metallic Hydrogen Solar Model (LMHSM). Unlike the SSM, the LMHSM does not permit the Sun to radiate internally. This is the third of three talks the Dr. Robitaille presented at EU2014.
Pierre-Marie Robitaille, PhD is a Professor of Radiology at The Ohio State University, with a joint appointment in Chemical Physics. He initially trained as a spectroscopist and has wide ranging knowledge of instrumentation in the radio and microwave bands. A recognized expert in image acquisition and analysis, Professor Robitaille was responsible for doubling the world record in Magnetic Resonance Imaging in 1998. In 2000, he turned his attention to thermodynamics and astrophysics, demonstrating that the universality advanced in Kirchhoff's Law of Thermal Emission is invalid. He has published extensively on the microwave background, highlighting that this signal arises from water on the Earth and has no relationship to cosmology and has recently published a paper on the Liquid Metallic Hydrogen Solar Model (LMHSM).
The SAFIRE Project will first consider the model of the Electric Sun (ES), as put forward by Wal Thornhill, Don Scott, and Ralph Jeurgens. The ES model suggests: 1) That all stars, the Sun included, are electrical in nature and exist in a galactic electrical environment; 2) Some of the physical attributes of the Sun and its Corona are not explicable through the standard fusion model originated by Hans Bethe in 1938; and 3) Many of these anomalous Solar attributes can be explained by assuming the Sun is at different electrical potential than its surroundings.
The basic approach is to create an environment as similar as possible to the conditions of the Sun and to assumed conditions of the ES model. Known anomalous characteristics of the Sun and Corona can then be correlated with measurements from SAFIRE. It is also possible that the project could dispel some long-held assumptions of mainstream Solar Physics, such as "Electric fields do not exist in Coronal plasmas," or "Magnetic fields can exist in the vacuum of space without corresponding electric fields."
Dr. Clarage received his PhD in physics in 1992 from Brandeis University, studying the biological and statistical behavior of proteins. Prior to that, he spent several years studying binary pulsars at the Arecibo radio telescope. With his brother, he gave traveling lectures about their discoveries in the areas of fractional calculus, fractals, and chaotic systems. Over the past 15 years, he has presented public lectures on such topics as Relativity and Dimensions, Metaphysics in Biology, Transformation in Supernova and Metamorphosis in Biology. Dr. Clarage is currently a lead scientist with the SAFIRE Project.
Dr. Edward Dowdye is a laser optics engineer and former NASA physicist who argues the case for classical mechanics in attempting to explain observational quandaries that had hitherto remained the province of abstract theories like Einstein's Relativity. In his presentation this year, Dr. Dowdye tackled one of the most widely touted predictions of General Relativity (GRT), namely the bending of light paths by massive objects. He presented compelling empirical evidence that the direct relationship between light and gravitation in vacuum space does not exist. Crucially, he pointed out that when GRT was conceived, plasma was unknown, and the limb of the Sun was considered to be a boundary between the photosphere and the vacuum of space. Dr. Dowdye takes account of what is now known to be a plasma atmosphere surrounding the Sun to considerable altitude and applies Gauss's law of gravitation and conventional optics to the problem.
Dr. Dowdye is the originator of the Extinction Shift Principle, which challenges General and Special Relativity, and is an electrical engineer, formerly of NASA, with degrees in mathematics and physics. extinctionshift.com
Martian areography tells a story of incredibly violent events. It appears from the many images sent to Earth that it once experienced powerful plasma discharges on a massive scale. Burned and blasted craters, piles of scorched dust covering almost an entire hemisphere, and great trenches that wend across its scarred face lead to the conclusion that lightning thousands or millions of times more energetic than known today devastated Mars. Steve Smith discussed some of the more unusual features on Mars, presumably caused by those cataclysmic upheavals. Red/blue anaglyph images will provide a unique perspective. Get your 3-D glasses out for this presentation. You will be glad you did.
Stephen Smith is the managing editor and principal writer for the Thunderbolts Picture of the Day (TPOD) feature. His archive contains close to 900 articles about nearly every topic addressed by the Electric Universe movement. Based on a 40-year interest in the electrical nature of the cosmos, his work reflects the pioneering discoveries by many people: David Talbott, Wallace Thornhill, Donald Scott, Ralph Juergens, and others too numerous to mention.
Dwardu Cardona showed that a reconstruction of Earth’s cosmic history can be distilled from the universal “mytho-historical record,” complemented by studies in earth history and space science. Most recently, the strongest scientific validation comes from space, as new instruments enable the viewer to see extraordinary electro-magnetic detail across the cosmos, confirming that this is indeed an Electric Universe.
A former Senior Editor of the journal Kronos and Editor of the journal Aeon, Dwardu has published well over a hundred papers and has authored four books: God Star, Flare Star, Primordial Star and Metamorphic Star.
This talk was given by David Talbott on the opening night of EU2014 conference in Albuquerque, New Mexico. It was an introduction to his two Sunday presentations that previewed Episodes 4 and 5 of the Symbols of an Alien Sky series.
The modern awareness that plasma composes most of the universe requires a reevaluation of theories dating from earlier times. Plasma is electrically active and employs forces that can be many times stronger than those of mechanical erosion and tectonics. One possible model envisions the globe enveloped in plasma discharges within the memory of humans. Material from space and from electrical erosion of the surface was suddenly sorted and deposited electrically to a great depth. Dust, sand, gravel, rocks, boulders, coal, and oil accumulated wherever there was dry land. Red-hot dust blown by electrically generated tornado-like winds built up strata in place: “plastered” against obstructions in a manner similar to welded material. Flooding filled the valleys between the mountains with sediments. Where electrical activity was strong enough, the loose material was lithified and even metamorphosed. In this presentation, the Four Corners region in the US is presented as an example.
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