Multimedia snippets which may be of interest to our readers.
In a recent Space News episode, Thunderbolts Project colleague physicist Eugene Bagashov offered his analysis of what is thought to be the first ever observed interstellar asteroid. As Eugene explained, the object’s origin and behavior appear to offer no easy answers either for standard astronomy, or the Electric Universe. Today,…
In Part 1 of this presentation, physicist Wal Thornhill began his discussion on the electrical nature of stars with an examination of pulsars – electromagnetic, pulsing signals in space which astronomers attribute to so-called neutron stars. In this episode, Thornhill offers an in-depth juxtaposition of the standard theory of stars…
In Part 1 of this three-part presentation, the chief science advisor to The Thunderbolts Project, physicist Wal Thornhill, begins our discussion on the nature of stars with an examination of so-called neutron stars, a hypothetical entity, which was invented in 1960’s after the unexpected discovery of pulsing electromagnetic emissions in…
In the Electric Universe and plasma cosmology, at a galaxy’s core is not a supermassive black hole but rather an ultrahigh-density energy storage phenomena called a plasmoid. In this episode, we discuss several significant recent developments that lend further credence to the galactic plasmoid model. EU2017: Future Science — Rebroadcast…
In Part 1 of this presentation, Thunderbolts colleague Andrew Hall began exploring some of the best case studies of electrical scarring on planet Earth. The features do not seem to fit with any known geological process, but as Hall explained, they do show the known characteristics produced by electrical discharges….
Within the Electric Universe community, a growing number of inquirers are exploring the surface of our planet, identifying the indelible marks left by high-energy electrical discharges. In this episode, Thunderbolts colleague Andy Hall continues his remarkable series of presentations with this two-part exploration of the lightning-scarred Earth. EU2017: Future Science…
In the first five installments of this series, we outlined some of the most compelling evidence that the role of electromagnetism throughout the cosmos is vastly more significant than modern space science has ever entertained. So far, we have explored this question through an examination of the highest energy electromagnetic…
Astrophysicists tell us that at the core of 98% of galaxies is a supermassive black hole, a hypothetical “region of spacetime” whose gravitational effects are so colossal that nothing — not even light — can escape. For many years, scientific and educational literature has presented the existence of black holes…
Astronomers recently reported the first ever observation of what is believed to be an “interstellar” asteroid. Today, our guest physicist Eugene Bagashov explores why this object appears to present mysteries with no obvious answers. EU2017: Future Science — Rebroadcast — only $29! “Changing the world through the understanding of the…
For decades, astronomers have told us that comets that enter our region of the solar system come from two major areas: the Kuiper Belt and a hypothetical shell of icy bodies called the Oort Cloud. However, new observations of so-called “Oort Cloud comets” call into question all of the astronomers’…
