▶Refraction Pt4 Emitter intensity↑ corrected, cosmic+sky space IOR 0.8VS...

Major & minor changes of the scene's LuxCore nodes. Air layers have Ciddor – joined in one system here, | Next part of series, all about vacuum-air Index Of Refraction & propagation, on the path from Sun to Earth (assuming convex, because reasoning behind is based on reductio ad absurdum...) – I don't play with cosmic „sand”, because arguing that Earth canNOT be convex is more important. I don't want to waste much time explaining that if we DON'T see difference by moon disc, THEN the same must & apply to the solar light transmission process (simply, stuff). •The project constant system is that air masses/layers are multiple, to reflect Ciddor value range. I thought a bit about Heterogeneous Volume / textures... . I have idea that voxel source scene object should be described eventually, or maybe IOR should be probed from smoke domain – in other „imagination-opening” projects •voxel is simply equivalent of pixel in volumetric material 3D space •model's disc changed location also now, in comparison to the caustics off „prerendering” project (== with values // stuff from Lux nodes turned to off) •Ellipse shape general morphology, this part of computer experiment is „normal”... but: •Colors of result changed, unnatural •What about cosmic vacuum? Have you idea? Why you „great” didn't examined IOR as far as I know? You are scientists? #LuxCore #planet #disc #light #rays #Earth #Sun #transmission #refraction #dispersion #Cauchy #coefficient #values #deformation #experiment #chromosphere #debunking #cosmos #insights #analytics #homemade #physicallychallenged #unbiased #sc #science #optical #layers #vacuum #interplanetary #theoreticalphysics #simulation #solarsystem #corrected #distorted #openyourmind #thespaceway