Electric Universe Theory

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Wal Thornhill: Ultima Thule – Another Victory for the Electric Universe |
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Published on Jan 16, 2019 NASA’s New Horizons team has recently received pictures of the most distant object in our solar system ever imaged by a spacecraft. It’s nicknamed Ultima Thule, a relatively tiny body, just 19-miles long, located more than 4 billion miles from Earth in the so-called Kuiper Belt. As we see, like countless asteroids, some moons, as well as the majority of comet nuclei imaged to date, Ultima Thule is made of two distinct lobes which are joined by a thin neck region. Today, physicist Wal Thornhill explains why Ultima Thule is yet another resounding victory for the electric universe hypothesis.

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Another Victory for the Electric Universe

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You should explore it before you dismiss it offhand...

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a radio signal reaches Earth six hours and nine minutes after leaving the spacecraft.

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I'm not dismissing it off hand as much as I'm joking about how predictable it is you'd subscribe to it.

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It's hogwash

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When the first space probes returned images of the Moon, they revealed a surface heavily pockmarked with craters and riddled with long-sinuous channels (or rilles). Scientists seeking to interpret these features were constrained by the traditional geologic toolkit. The "debate" over the lunar craters only included two possible causative agents: volcanism, or impact. Eventually, a consensus was reached that meteoric impacts were the primary source of lunar craters. But more than forty years ago, the British journal Spaceflight published the laboratory experiments of Brian J. Ford, an amateur astronomer who raised the possibility that most of the craters on the moon were carved by cosmic electrical discharge. (Spaceflight 7, January, 1965). In the cited experiments Ford used a spark-machining apparatus to reproduce in miniature some of the most puzzling lunar features, including craters with central peaks, small craters preferentially perched on the high rims of larger craters, and craters strung out in long chains. He also observed that the ratio of large to small craters on the Moon matched the ratio seen in electrical arcing.

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PHYSICAL REVIEW B 81, 184109 ??2010??

Mechanism of surface modification in the plasma-surface interaction in electrical arcs

H. Timko CERN, CH-1211 Genève 23, Switzerland and Helsinki Institute of Physics and Department of Physics, University of Helsinki, P.O. Box 43, FIN-00014 Helsinki, Finland

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It goes without saying that hexagonal cratering patterns are difficult, if not impossible, to explain with the impact hypothesis. And incredibly, many dozens of such formations have been imaged on planetary surfaces. Above, you see just three of the many observed on Mars (a comprehensive collection can be viewed here ). The unique morphology is of special interest, because it links directly to experimental work with plasma discharge in the laboratory. In recent years, plasma scientists have observed hexagonal patterns in a dielectric barrier discharge streamer (see Lifang Dong et al 2004 Plasma Sources Sci. Technol. 13 164-165 doi:10.1088/0963-0252/13/1/021). The significance of these experiments is underscored by the fact that studies of impacts have never suggested any kinetic force that might generate such a hexagonal pattern.

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It must be emphasized that the mystery of hexagonal craters extends well beyond the Martian surface. Above, we see Saturn’s tiny moon Mimas dominated by a giant hexagonal crater, also with the telltale central “bump” typical of so many electric discharge craters.

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Also of interest, in electrical terms, is the “bizarre” atmospheric hexagon encircling Saturn’s north pole. In this regard, scientists have connected the hexagon to experiments in which the rotational motion of fluids in a cylinder gives rise to a hexagonal form. Rotational motion is characteristic of an electric discharge as well, but would have no plausible link to the mechanics of impact cratering

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The evidence cited above includes only several of thousands of craters most reasonably explained by the electric force. Of course, this is also typical of many of Earth's most famous craters: Richat Crater in the Saharan desert, whose uplifted terrain, circularity, concentric terraces, and layered sedimentary rock defy both the impact and volcanic theories of cratering; Aorounga Crater also in the Sahara, whose parallel grooves and intersecting ridges (which run through the surrounding landscape as well as the crater itself) have been described as "implausible" by geologists; Meteor Crater in Arizona, a 4,000 foot wide depression now regarded by science as an "impact" crater despite the UNDISTURBED rock beds below the crater; and Chicxulub Crater, the famous alleged site of the "asteroid" impact thought to have killed off the dinosaurs. Chicxulub is up to 300 km across, with multiple concentric rings, and the added mystery of Upper Cretaceous fossils found in UNDISTURBED layers -- fossils of the creatures that the impact was supposed to have wiped out.

Craters on bodies in space tell us a story that can revise our understanding of the Universe and our place in it. But this story cannot be seen or understood when vision is distorted by prejudice and assumption. If scientists can suspend these distorting assumptions, the story will become both obvious and revolutionary. The planets and moons in our Solar System are the war-torn remnants of a violent age. The force that battered them is the same force that gives exquisite structure to nebulae and galaxies, powers the Sun, and causes the spectacular displays of comets. That force is electricity.

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Wal Thornhill: The Saturn/Earth Connection and Our Place in the Universe | Space News
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Published on Dec 30, 2018

In part one of this presentation, physicist Wal Thornhill began his analysis of one of the most significant space discoveries in recent memory. The history and origin of the gas giant Saturn, and indeed the entire solar system, including our own planet is not what we’ve been told. Planetary scientists recently made the astonishing discovery that water in Saturn’s satellites and rings is remarkably similar to the water on Earth. As Thornhill explained, this discovery was explicitly predicted nearly three quarters of a century ago, by the scientific heretic Dr. Immanuel Velikovsky. In this episode, Thornhill outlines his own successful predictions for discoveries in the Saturnian system, including Saturn's moon Titan. Part one of this two-part presentation: LINK

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