Multimedia snippets which may be of interest to our readers.
In the history of comet science, the most critical moment for the electric comet model was the evening of July 4, 2005. That was when a projectile from the Deep Impact probe struck the comet Tempel 1. The result was a stunning confirmation of key predictions by Wallace Thornhill and…
Researchers working with data from the Planck satellite have detected an intense form of radiation called synchrotron radiation from the center of the Milky Way Galaxy – requiring an acceleration of charged particles to energies never imagined by textbook astronomy of the 20th century. Their conclusion: colliding particles of dark…
With the successful landing of the Mars rover Curiosity, NASA scientists will have new opportunities for discovery on the Martian surface. But will investigators be willing to question longstanding assumptions?
Yet another “mystery” surrounding the Sun: scientists working with the Solar Dynamics Observatory (SDO) have observed that the Sun is far too perfectly round. Centrifugal forces in a rotating ball of gas should make the Sun wider at its equator than along its axis – that’s the requirement of the…
This little video segment is part of our experimental project development. At times a Skype interview works reasonably well, but sound quality can be unpredictable and video quality even more so. We’ve chosen to move ahead—imperfectly—because communicating information to a growing audience is the logical priority. Put the emphasis on essential…
EU2012 video excerpt Donald Scott Retired professor of electrical engineering Donald Scott discusses a transistor-like effect active on our Sun and regulating solar output, an effect that places the Sun squarely in the category of a glow discharge phenomenon. Longstanding mysteries disappear when seen through the lens of an electric sun.
EU2012 video excerpt David Talbott This first of two talks by David Talbott provides an overview of human history, from the myth-making epoch to the rise of modern science. What will history look like, when we see the ancient past in terms of the archetypal accord between all of the…
Wallace Thornhill Leading EU proponent Wal Thornhill takes us back to the fundamentals of the natural sciences before theoretical physics became a playground for mathematicians. “Mathematics is not physics,” he says, and the absolute requirement is that observation and experiment lead the way, inviting mathematicians to complete a picture, not build…
Gerald Pollack Distinguished professor of bio-engineering Gerald Pollack introduces the remarkable electrical and plasma-like qualities of water, with attributes that can only expand our ideas about the Electricity of Life. This rapidly growing dimension of the Electric Universe paradigm has now opened up entirely new avenues for us, into one…
EU2012 video excerpt R. Johnson The British proponent of the Electric Universe, Robert Johnson, expands on Gerald Pollack’s work, to show the remarkable similarities between the “floating water bridge” and a Birkeland Current, all the way down to a stable annulus and core-like structure, a bi-directional flow of charged particles,…
