Multimedia snippets which may be of interest to our readers.
The so-called “volcanoes” on Jupiter’s moon Io have long been conventionally interpreted as the effect of tidal forces acting on the moon. But a recent scientific paper has announced that this longstanding explanation does not fit with the actual location of the plumes. Is it possible that this failure of…
In this fascinating discussion of cup-and-ring engravings, or rock art known as “‘Caerdroia” or “Troy-Towns,” A P David connects these forms to the symbolism of ancient labyrinths as possible reflections of electrical formations in the ancient sky.
The so-called “volcanoes” on Jupiter’s moon Io have long been conventionally interpreted as the effect of tidal forces acting on the moon. But a recent scientific paper has announced that this longstanding explanation does not fit with the actual location of the plumes. Is it possible that this failure of…
Our resident epistemologist explains why the displacement of observational and experimental science with mathematics is a formula for disaster.
Here Paul Anderson, PhD., presents new evidence for an electrical interpretation of unique ravine formations on the Earth.
The Saturnian moon Enceladus may be one of the most enigmatic bodies in the solar system. For nearly a decade, NASA scientists have faced a series of puzzles that continue to challenge conventional theory. The electrical nature of these puzzling phenomena has grown increasingly evident.
Perhaps you’ve already heard that GPS, by the very fact that it WORKS, confirms Einstein’s relativity; also that Black Holes must be real. But these are little more than popular fictions, according to the distinguished GPS expert Ron Hatch. Here Ron describes GPS data that refute fundamental tenets of both…
Mel Acheson: What’s the Matter with Matter?
It seems that Supernova 2005gl in the barred spiral galalxy NGC 266 demolished standard theories of stellar evolution by exploding before it had shed its hydrogen envelope—a possibility denied by the commonly accepted model of supernovae explosions.
Atmospheric scientist Bill Nichols offers a refreshing reconsideration of climate issues, with emphasis on the electrodynamic environment of the Earth, largely overlooked in the polarized debates on climate change.
