Plasma mirror achieved reflectivity >70% in experiment: https://indico.eli-np.ro/event/72/contributions/137/attachments/148/217/MO_Cernaianu_ELI-NP_Summer_School.pdf

The moon is likely ionized plasma at the altitude of krypton gas (ionosphere). It is local and naturally reflective to lasers. Spectral imaging of the moon matches that of ionized krypton gas. This is why the moonlight is colder than shade. If you watch the moon every night for 1 year, you will see stars THROUGH it at some point (dark areas are semi-transparent plasma and show the sky behind). It is a composite image we see with the “rays” (spherical looking lines) an x-ray like projected image of the center of the firmament crystalline dome onto the plasma moon, imo.

Basic fuel burn and capacity calculations show that none of the Apollo missions had the fuel needed to travel the distance to/from claimed. It is unlikely one can physically land on a plasma anyway, but one might be able to visit a structure hiding behind the non transparent parts of the moon. Apollo may have done this secretly.

Noble gases exist in the atmosphere based on density and are ionized by the sun and x-rays reflected off the crystalline firmament (suspected to be quartzlike yellowish “glass”). Higher altitude is lower density. Highest altitude to lowest is helium, neon, argon, KRYPTON, xenon, radon, etc., each with a distinct color when ionized: https://s3-us-west-2.amazonaws.com/courses-images/wp-content/uploads/sites/752/2016/09/26194613/neon-20tubes.png

Note the look and color of the light of the ionized krypton noble gas.