Suddenly, the ‘big picture’ has changed. For decades we believed that gravity alone rules the macrocosm. Then an avalanche of space age discoveries revealed one of the great surprises of the twentieth century–a universe driven by electric currents and punctuated by cosmic violence.
From the smallest particle to the largest galactic formations, a web of circuitry connects and unifies all of nature, organizing galaxies, energizing stars, giving birth to planets and, on our world, controlling weather and animating biological organisms. There are no isolated islands in space. — Excerpts from “Thunderbolts of the Gods” by David Talbott and Wallace Thornhill
The consequences and possibilities in an Electric Universe are far-reaching. First we must acknowledge our profound ignorance! We know nothing of the origin of the universe. There was no Big Bang. The visible universe is static and much smaller than we thought. We have no idea of the age or extent of the universe. We don’t know the ultimate source of the electrical energy or matter that forms the universe. Galaxies are shaped by electrical forces and form plasma focuses at their centers, which periodically eject quasars and jets of electrons. Quasars evolve into companion galaxies. Galaxies form families with identifiable “parents” and “children”. Stars are electrical “transformers” not thermonuclear devices. There are no neutron stars or Black Holes. We don’t know the age of stars because the thermonuclear evolution theory does not apply to them. Supernovae are totally inadequate as a source of heavy elements. We do not know the age of the Earth because radioactive clocks can be upset by powerful electric discharges.
The following is an Introduction to The Electric Universe Theory by David Talbott and Wallace Thornhill (article source: http://www.holoscience.com/index.php )
“The most merciful thing in the world … is the inability of the human mind to correlate all its contents… The sciences, each straining in its own direction, have hitherto harmed us little; but someday the piecing together of dissociated knowledge will open up such terrifying vistas of reality… That we shall either go mad from the revelation or flee from the deadly light into the peace and safety of a new dark age.” – H. P. Lovecraft
In a broadly interdisciplinary inquiry such as this, communication itself can pose quite a challenge. Typically, the greatest difficulties in communication will occur when one is questioning something already “known” to be true. On matters of underlying principle, the confidence behind established ideas can be so high that discussion itself may seem quite senseless. This difficulty is aggravated by fragmentation of the process by which information is gathered and evaluated. The specialization of intellectual inquiry carries with it certain risks when assumptions within one discipline rest upon prior assumptions in other disciplines. No one can be an expert on everything, and when considering possibilities outside one’s personal expertise, it is only natural to defer to what specialists in other studies claim to know. But what are the consequences of this when theoretical suppositions, though perceived as fact, cannot account for compelling new fields of data?
Given the extreme fragmentation of established science today it is difficult to imagine that the enterprise as a whole could ever “correlate all its contents.” Yet extraordinary strides toward that “someday” envisioned by Lovecraft may now be possible through a new approach – one in which electrical phenomena receive the full attention they deserve, and all appropriate fields of evidence are included. To some, the prospects may appear every bit as disturbing as Lovecraft imagined. But for those who instinctively seek out unifying principles, the new horizons will be at once breathtaking and hopeful.
This introduction will present a new “deep focus lens” for viewing the physical universe, from sub-atomic particles to galactic realms unknown before the Hubble telescope.
The Electric Universe is a holistic answer to myopia [ myopia - a disinclination to acknowledge the existence of something] -that narrowing of vision which naturally accompanies the fragmentation of knowledge and learning. For those with the courage to see clearly, the required “unlearning” of fashionable ideas carries no real cost whatsoever. The terror Lovecraft envisioned is only the first rush of uncertainty, when ideas long taken for granted are thrown into question by facts and simple reasoning previously ignored. The “piecing together of dissociated knowledge” will only require us to confront the deep contradictions in things experts have long claimed to know. With the courage to see clearly, the adventure itself could well be “the most merciful thing in the world,” adding new insights into the greatest dramas of early human history and vital perspective to humanity’s situation in the cosmos. Lovecraft did not realize that the “terrifying vistas” are but a mirage seen through an open door. The truth is always unified, and as such it can only be friendly to those who seek the truth first. As we pass through the door, it is not fear that goes with us, but the exhilaration of discovery. — Wal Thornhill / David Talbott
This image, taken with the NASA/ESA Hubble Space Telescope, reveals startling new details of one of the most unusual nebulae known in our Galaxy. Catalogued as HD 44179, this nebula is more commonly called the “Red Rectangle” because of its unique shape and colour as seen with ground-based telescopes.
Hubble has revealed a wealth of new features in the Red Rectangle that cannot be seen by ground-based telescopes looking through the Earth’s turbulent atmosphere. Details of the Hubble study were published in the April 2004 issue of The Astronomical Journal. Source: http://spacetelescope.org/images/heic0408a/
– Image Credit: NASA/ESA, Hans Van Winckel (Catholic University of Leuven, Belgium) and Martin Cohen (University of California, USA)
The Electric Universe
The Electric Universe model is a coherent “Big Picture” of our situation in the universe, spanning many disciplines. It highlights repeated electrical patterns at all scales that enable laboratory experiments to explain the strange, energetic events seen, for example, in deep space, on the Sun, and on Jupiter’s moon, Io. The Electric Universe works backward in time using observations rather than forward from some idealised theoretical beginning. It provides simple answers to problems that are now clothed in fashionable metaphysics and mysticism. It is more interdisciplinary and inclusive of information than any prior cosmology. It points to practical possibilities far beyond the limits set by current science.
The Electric Universe model grew out of a broad interdisciplinary approach to science. It is not a technique taught in universities. The Electric Universe is based more on observations and experiment than abstract theory. It recognizes connections between diverse disciplines. It concludes that the crucial requirement for understanding the universe is to take fully into account the basic electrical nature of atoms and their interactions. Strangely, this is not the case in conventional cosmology where weaker magnetism and the infinitely weaker force of gravity rule the cosmos. Such a simplification may suit a theoretical physics based on electrical neutrality of matter in Earthly laboratories but it does not apply in space where plasma dominates.
Plasma has been called the “fourth state” of matter, after solids, liquids and gases. Most of the matter in the universe is in the form of plasma. A plasma is formed if some of the negatively charged electrons are separated from their host atoms in a gas, leaving the atoms with a positive charge. The negatively charged electrons, and the positively charged atoms (known as positive ions) are then free to move separately under the influence of an applied voltage or magnetic field. Their net movement constitutes an electrical current. So, one of the more important properties of a plasma is that it can conduct electrical current. It does so by forming current filaments that follow magnetic field lines. Filamentary patterns are ubiquitous in the cosmos.
A Little History
“To be sure, nature distributes her gifts unevenly among her children. But there are plenty of the well-endowed, thank God, and I am firmly convinced that most of them live quiet, unobtrusive lives.” – ALBERT EINSTEIN
The pieces of the Electric Universe “Big Picture” are supplied by some remarkable individuals, most of them unknown and who have lived or are living “quiet, unobtrusive lives” away from universities. For those with a sense of history this fact should serve to increase curiosity rather than dull it. Most revolutions in science have come from people who taught themselves outside the academic system and were not constrained by the fallacies and fashions of the day. It has been well documented that modern institutions of science operate in such a way as to enforce conformity and prevent research and publication of revolutionary ideas. J. R. Saul argues that medieval scholasticism was re-established during the 20th century. If so, the new “Enlightenment” will have to come, as before, from outside academia.
For me, enlightenment began with the controversial polymath and author of Worlds in Collision, Immanuel Velikovsky. In 1950 he demonstrated an interdisciplinary, comparative technique for uncovering hard evidence of planetary catastrophe from the recorded memories of the earliest civilizations. His method was forensic in that he looked for reports of physical events of a highly unusual nature that were nonetheless corroborated globally by totally separate cultures. Then by applying scientific knowledge of cause and effect, it was possible to build a very detailed model of the sequence of those events. Finally, the model enabled specific predictions to be made and confirmed – a requirement of a good scientific theory. Some of the predictions he made were outrageous at the time: Venus would be near incandescently hot, Jupiter would emit radio noise, the Moon rocks would be magnetised, and so on. Velikovsky was right, astronomers of the day were wrong. However, you will not find any textbook that gives him credit because his theory was judged to be wrong. Presumably they were all lucky guesses!
It became clear to Velikovsky that Newton’s concept of gravity was insufficient to explain the reported behaviour of the planets. And it certainly could not answer the obvious question, “why do the skies look so peaceful now?” This allowed a dogmatic response by academia to Velikovsky’s seminal breakthrough. It was said his theory didn’t obey Newton’s laws. But what did Newton know of electricity? And if anyone believes that Newton’s laws guarantee a stable planetary system – think again! Any gravitational system with more than two orbiting bodies is unstable. Yet the question is hardly ever asked, let alone answered, “what produces the observed stability of the solar system?” Velikovsky was convinced that the clue lay in his discovery that electrical forces dominate the incredibly weak force of gravity at times of planetary close encounters. Although he was unable to explain at the time how this would create the observed stability of the solar system, with his uncanny prescience he had pointed the way to the Electric Universe.
Since then sceptical scholars have shown Velikovsky’s historical perspective of cataclysmic events to be wrong. However, his basic premise of planetary encounters has been confirmed and the details fleshed out to an extraordinary degree. Several pioneering researchers in this new field now agree that awe-inspiring planetary encounters did occur in pre-history. To the most ancient civilizations they were a culturally defining memory. They were the inspiration for pyramids, megaliths, statues, totems and sacred rock art. The survivors of global upheaval felt it imperative that the memory be preserved and passed down faithfully to future generations in the expectation that the “gods” would return. The memorialization took the form of architecture, ritual and story to re-enact the apocalyptic power of the planetary gods over human destiny. Such a catastrophic beginning explains why civilization appeared like a thunderclap out of nowhere. Unfortunately, with no reference points in the present behavior of the planets, the stories lost their real meaning. This short explanation may seem contrived until the wealth of supporting evidence can be presented. However, it highlights the crucial distinction between the planetary catastrophism of the Electric Universe and that of neo-catastrophists who attempt to explain the evidence for planetary encounters in terms of cometary phenomena. Modern comets simply do not fit the descriptions from the past. Nor can they account for abundant evidence of fresh looking planetary cratering and scarring. Besides, in an Electric Universe comets are not the apocalyptic threat to the Earth imaginatively portrayed by artists. Such pictures are entirely fanciful because a comet would be disrupted electrically by a cosmic thunderbolt before it hit the Earth. The only visible evidence remaining would be an electric arc crater like Meteor Crater in Arizona.
The Electric Universe model grew from the realization that a new plasma cosmology and an understanding of electrical phenomena in space could illuminate the new work being done in comparative mythology. In return the images of events witnessed in the prehistoric sky and their sequence could help unravel the recent history of the Earth, Mars and Venus. By accepting data over a far wider span of knowledge and human existence than conventional cosmology allows, the Electric Universe model began to provide pragmatic and common sense answers to many questions that seem unrelated. It followed the entreaty of the Nobel Prize winning plasma physicist and cosmologist, Hannes Alfvén, to work backwards in time from observations rather than forward from some idealized theoretical beginning.
“We have to learn again that science without contact with experiments is an enterprise which is likely to go completely astray into imaginary conjecture.” – Evolution of the Solar System, NASA 1976, H. Alfvén & G, Arrhenius, p. 257.
The result is now a “Big Picture” that emphasizes our dramatic prehistory and essential connectedness to the universe. No longer do we have to look at ourselves and the universe through the distorting sideshow mirrors of modern science.
The implications of electrical activity between planets will be profoundly disturbing for those who have built their cosmology around the weak force of gravity, acting in an electrically sterile universe. This strange, dogmatic oversight guarantees that nothing will remain in future of the fanciful Big Bang theory or the simplistic story of the formation of the solar system.
What Big Bang?
The Big Bang is already dead! The unheralded “Galileo of the 20th century”, Halton Arp, has proven that the universe is not expanding. The Big Bang theory is based on a misinterpretation of redshift. The redshift of a distant galaxy is measured in the light coming from that galaxy. Lines in the spectrum of that galaxy show a shift toward the red compared with the same lines from our Sun. Arp discovered that high and low redshift objects are sometimes connected by a bridge or jet of matter. So redshift cannot be a measure of distance. Most of the redshift is intrinsic to the object. But there is more: Arp found that the intrinsic redshift of a quasar or galaxy took discrete values, which decreased with distance from a central active galaxy. In Arp’s new view of the cosmos, active galaxies “give birth” to high redshift quasars and companion galaxies. Redshift becomes a measure of the relative ages of nearby quasars and galaxies, not their distance. As a quasar or galaxy ages, the redshift decreases in discrete steps, or quanta.
The huge puzzle for astrophysicists is why a galaxy should exhibit an atomic phenomenon. So we turn to particle physics. This difficulty highlights the fact that quantum “mechanics” applied to atoms is a theory without physical reality. The weirdness of quantum theory has been attributed to the subatomic scale to which it applies. But now that we have quantum effects in something the size of a galaxy, this convenient nonsense is exposed. If Arp is right many experts are going to look very silly. His discovery sounded the alarm in some halls of Academe and since nobody likes a loud noise – particularly if they are asleep – the knee-jerk response was to attack the guy with his finger on the alarm button. Arp’s telescope time was denied, papers rejected, and he was forced to leave the US to pursue his work.
For more than 10 years plasma physicists have had an electrical model of galaxies. It works with real-world physics. The model is able to successfully account for the observed shapes and dynamics of galaxies without recourse to invisible dark matter and central black holes. It explains simply the powerful electric jets seen issuing along the spin axis from the cores of active galaxies. Recent results from mapping the magnetic field of a spiral galaxy confirm the electric model.
On the other hand, cosmologists cannot explain why spiral shapes are so common and they have only ad-hoc explanations for galactic magnetic fields. More recently, inter-galactic magnetic fields have been discovered which is the final straw to break the camel’s back. Incredible gravitational models involving invisible “black holes” have had to be invented in a desperate attempt to explain how the attractive force of gravity can result in matter being ejected in a narrow jet at relativistic speeds.
Why do we accept such science fiction as fact when an Electric Universe predicts spiral shapes, magnetic fields and jets? The cosmic magnetic fields simply delineate the electric currents that create, move and light the galaxies.
Plasma physicists argue that stars are formed by an electromagnetic “pinch” effect on widely dispersed gas and dust. The “pinch” is created by the magnetic force between parallel current filaments that are part of the huge electric currents flowing inside a galaxy. It is far more effective than gravity in concentrating matter and, unlike gravity, it can remove excess angular momentum that tends to prevent collapse. Stars will form like beads on a wire until gravity takes over. The late Ralph Juergens, an engineer from Flagstaff, Arizona, in the 1970’s took the next mental leap to suggest that the electrical input doesn’t stop there and that stars are not thermonuclear engines! This is obvious when the Sun is looked at from an electrical discharge perspective. The galactic currents that create the stars persist to power them. Stars behave as electrodes in a galactic glow discharge. Bright stars like our Sun are great concentrated balls of lightning!
The matter inside stars becomes positively charged as electrons drift toward the surface. The resulting internal electrostatic forces prevent stars from collapsing gravitationally and occasionally cause them to “give birth” by electrical fissioning to form companion stars and gas giant planets. Sudden brightening, or a nova outburst marks such an event. That elucidates why stars commonly have partners and why most of the giant planets so far detected closely orbit their parent star. Stellar evolution theory and the age of stars is an elaborate fiction. The appearance of a star is determined largely by its electrical environment and can change suddenly. Plasma physicists and electrical engineers are best able to recognize plasma discharge phenomena. Stellar physics is in the wrong hands.
The Plasma Universe of Hannes Alfvén
Editor’s note: the following article has just been published in the October-December issue of Edge Science.
In the 20th century no scientist added more to our knowledge of electromagnetism in space than Hannes Alfvén (1908–1995). His insights changed the picture of the universe, revealing the profound effects of charged particle movement at all scales of observation. But recognition never came quickly, and never easily, and mainstream journals typically regarded Alfvén as an outsider, often rejecting his submissions. In retrospect, Alfvén’s difficulties in gaining acceptance can only highlight the inertia of institutionalized ideas in the sciences, reminding us of the obstacles faced by all of history’s great scientific innovators.
Awarded the Nobel Prize in 1970 for his contribution to physics, Alfvén emerged as a towering critic of directions in astronomy, cosmology, and astrophysics. Though he was surely not correct on everything he proposed, decades of space exploration eventually confirmed a lifetime of observations and hypotheses, often with implications that many space scientists did not want to hear. “In the world of specialized science,” wrote plasma scientist Anthony Peratt, “Alfvén was an enigma. Regarded as a heretic by many physicists, Alfvén made contributions to physics that today are being applied in the development of particle beam accelerators, controlled thermonuclear fusion, hypersonic flight, rocket propulsion, and the braking of reentering space vehicles.”1
But Alfvén’s impact reached far beyond new technologies. He devoted much of his life to the study of plasma, a highly conductive, elementary form of matter characterized by the presence of freely moving charged particles, not just electrically neutral atoms. Normal gases become plasma through heating and partial ionization as some percentage of the atoms give up one or more of their constituent electrons. Often called “the fourth state of matter” after solids, liquids, and gases, plasma is now known to constitute well over 99 percent of the observed universe.
Alfven is the acknowledged father of “plasma cosmology,” a new way of seeing formative processes in the heavens. Proponents of plasma cosmology suggest that vast but invisible electric currents play a fundamental role in organizing cosmic structure, from galaxies and galactic clusters down to stars and planets. The Big Bang hypothesis, black holes, dark matter, and dark energy are only a few of today’s popular cosmological themes disputed by scientists working with this new perspective. Many central tenets of plasma cosmology emerged from laboratory experiments with plasma and electric discharge, and it was Alfvén himself who showed that plasma behavior in the laboratory can be scaled up to galactic dimensions: vast regions of plasma in space behave similary to plasma on earth.
Underscoring the enormity of ignoring cosmic electromagnetic effects in cosmology is the fact that the electric force between charged particles is some 39 orders of magnitude (a thousand trillion trillion trillion) times stronger than the gravitational force. In comparative terms, gravity is incomprehensibly weak; a hand-held magnet will raise a small metallic sphere against the entire gravity of the Earth.
Alfvén’s documentation of laboratory plasma experiments eventually made it impossible to ignore the role of electricity in space. He explained the auroras based on the work of his predecessor Kristian Birkeland; correctly described the Van Allen radiation belts; identified previously unrecognized electromagnetic attributes of Earth’s magnetosphere; explained the structure of comet tails; and much more. Continue reading …
Essential Guide to the Electric Universe: http://www.thunderbolts.info/wp/category/eg/
Samples from Chapter 3 of the above Guide:
3.1 Introducing Plasma
It is known that space is filled with plasma. In fact, plasma is the most common type of matter in the universe. It is found in a wide range of places from fire, neon lights, and lightning on Earth to galactic and intergalactic space. The only reason that we are not more accustomed to plasma is that mankind lives in a thin biosphere largely made up of solids, liquids, and gases to which our senses are tuned. For example, we don’t experience fire as a plasma; we see a bright flame and feel heat. Only scientific experiments can show us that plasma is actually present in the flame.
Moving through Jupiter’s intense magnetic field creates strong charge separation (voltage differential) and a resulting electrical current in a circuit of some 2 trillion watts power flowing between Io and Jupiter’s polar areas
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