Post by Joshua Alvarez on Jun 9, 2016 21:13:10 GMT
Abstract
Recently, Daniel submitted a now approved hypothesis concerning the thickness of the glass sky: geoversescience.boards.net/thread/10/altitude-radiowave-echoes-indicate-thickness. One possible experiment listed was to examine double rainbows and examine their ratios to each other. If the ratio from blue to blue is 1.3 or similar (accounting for the refractive index), then this hypothesis will be confirmed that the glass sky is 20.5 km thick. In 2012, a photograph of a double rainbow was captured, and produced a blue to blue ratio result of 1.28. This confirms Daniel's hypothesis. The glass sky is possibly 20.5 km thick thanks to radar scanning and the following double rainbow.
Experiment
On July 28, 2012 at around 8 PM, independent professional photographer Beth Wade toke a snapshot of a beautiful double rainbow at Lake Wylie in Clover, SC: bethwadephotography.com/2012/07/28/photography-bucket-list-full-double-rainbow/.
I proceeded to open this picture in Inkscape (a graphics program), and used the pixels of the photo to compare the ratio of the blue wavelength to it's blue counterpart in the double rainbow. Part of this included me drawing a perfect circle to compare the arch of the bow to. The following are the results.
Summary
This photographic experiment confirms Daniel's hypothesis of the 100 km high Glass Sky being 20.5 km thick. Daniel's hypothesis now has some evidence behind it, meaning it might be correct.
Recently, Daniel submitted a now approved hypothesis concerning the thickness of the glass sky: geoversescience.boards.net/thread/10/altitude-radiowave-echoes-indicate-thickness. One possible experiment listed was to examine double rainbows and examine their ratios to each other. If the ratio from blue to blue is 1.3 or similar (accounting for the refractive index), then this hypothesis will be confirmed that the glass sky is 20.5 km thick. In 2012, a photograph of a double rainbow was captured, and produced a blue to blue ratio result of 1.28. This confirms Daniel's hypothesis. The glass sky is possibly 20.5 km thick thanks to radar scanning and the following double rainbow.
Experiment
On July 28, 2012 at around 8 PM, independent professional photographer Beth Wade toke a snapshot of a beautiful double rainbow at Lake Wylie in Clover, SC: bethwadephotography.com/2012/07/28/photography-bucket-list-full-double-rainbow/.
I proceeded to open this picture in Inkscape (a graphics program), and used the pixels of the photo to compare the ratio of the blue wavelength to it's blue counterpart in the double rainbow. Part of this included me drawing a perfect circle to compare the arch of the bow to. The following are the results.
Summary
This photographic experiment confirms Daniel's hypothesis of the 100 km high Glass Sky being 20.5 km thick. Daniel's hypothesis now has some evidence behind it, meaning it might be correct.