Lightning, Sticky Tape, and Black Hole Observations Part 1 Lightning, Sticky Tape, and Black Hole Observations -
Part 1
Jan 30, 2009
There is an endless supply of astronomical and astrophysical reports with “surprising” findings. However, the observations fit within the Electric Universe paradigm.
Part 1
Jan 30, 2009
There is an endless supply of astronomical and astrophysical reports with “surprising” findings. However, the observations fit within the Electric Universe paradigm.
A recent report in October 2008 concerns the close correlation of X-ray and optical light emissions from two black hole candidates: GX 339-4 and Swift J1753.5-0127. Each system is theorized to have a black hole in orbit around a normal star. This report describes how these systems were observed in X-ray and optical light at the same time. The surprise was that the optical light and X-ray emissions were closely synchronized to each other and obviously coupled to a common physical cause.
This observation completely contradicts current theory which predicts that X-ray and optical emissions result from entirely different mechanisms in these black hole binaries. What we’ll show below is that the synchronized X-ray and optical emissions, both in their nature and timing, correspond very well to what we now know about terrestrial lightning as well as plasma arcs at even smaller scales.
Let’s break down this analysis by looking at the black hole binary systems in question, understanding the data an
This observation completely contradicts current theory which predicts that X-ray and optical emissions result from entirely different mechanisms in these black hole binaries. What we’ll show below is that the synchronized X-ray and optical emissions, both in their nature and timing, correspond very well to what we now know about terrestrial lightning as well as plasma arcs at even smaller scales.
Let’s break down this analysis by looking at the black hole binary systems in question, understanding the data an