Bob, I didn't notice this before but in the Aluminum video when there is the high intensity discharge going on the overall ball of light.....it tends to have one side blue and the other side reddish......not sure why I didn't pick up on that before but could it be rotation causing the wavelength change from one side to the other? Not sure why this didn't come to mind before, just remembered something you said sometime before in another video about two sides of the BL being different colors possibly due to rotation of the BL.
One thing to note about the march 4th test with the steel chamber cathode, the spiral on the anode was actually titanium foil spiral not nickel. Probably not overly important, but the titanium resists destruction slightly longer than the nickel which burns away more quickly.
Could it be spirals,tubes etc. actually be opposite of what appears to be showing? ie. As the filaments all seem to be same colour/wl. as anode, could this just be reflection/refraction coming from sphere and under that lurks dark,black hole,light speed tubular spiral system?
What is his setup in the above squiggles video?
Is there somewhere the VEGA reactor design is detailed? It says below the pictures in the above post it is only wall socket power?
Bob, I didn't notice this before but in the Aluminum video when there is the high intensity discharge going on the overall ball of light.....it tends to have one side blue and the other side reddish......not sure why I didn't pick up on that before but could it be rotation causing the wavelength change from one side to the other? Not sure why this didn't come to mind before, just remembered something you said sometime before in another video about two sides of the BL being different colors possibly due to rotation of the BL.
Bob, there are quite good CMOS image sensors that feature global shutter, high frame rate and raw (not compressed) data output. They are not too expensive and also pretty small. This is an example: https://www.e-consystems.com/industrial-cameras/ar0234-usb3-global-shutter-camera.asp
One thing to note about the march 4th test with the steel chamber cathode, the spiral on the anode was actually titanium foil spiral not nickel. Probably not overly important, but the titanium resists destruction slightly longer than the nickel which burns away more quickly.
Could it be spirals,tubes etc. actually be opposite of what appears to be showing? ie. As the filaments all seem to be same colour/wl. as anode, could this just be reflection/refraction coming from sphere and under that lurks dark,black hole,light speed tubular spiral system?