|
|
|---|
"From backyard astrononer D. Lopez".
"This, next up coming, is a blaser. It is not a laser. It is a blaser". Several in the classroom write down 'blaser'. "blasers are what happens when a laser ray (invisible thin can't see) plows into dust which you can see, scattering into a glowing blast, a blaser. The blaze is the exited atoms struck by the laser. Scattering is why they spread sideways".
|
"The scythe is thin, it has no thickness or depth". |
|---|
"The upright oval scythe is a projection from one of the poles of the central star. The projection has a focal distance, which is why the disk is so thin and precise. The pole that spins is variable in direction describing a lighthouse circumpherence which diminishes in radius to a centerpoint then expands then diminishes repeatedly non stop painting the disk in thin air like a bubble jet printer spraying it out in 3d". "In order for the scythe to remain intact, forces handling it completely overwhelm the force of gravity".
"Incidentally - for pete's sake don't write that word down, "the Dumbell blaser is a prime example demonstrating lack of knowledge in a dim picture. Witness the astronomer's original, next".
Original"The laser has hit a pocket of dust on the inside between the hem and the firing star. The pocket is lit up with blaser light. There is conciderable sideways compton scattering".
