Empirical Earth · We Went to the Moon — the Landings Were Real
The shadows point as one Sun would
The claim
“The shadows aren’t parallel — multiple studio lights.”
What is measured
One distant Sun over bumpy ground, shot with a wide lens and softened by light bouncing off bright regolith and Earth, makes shadows splay just as the photos show, while never producing the double shadows real multiple lights would.
What would show this is wrong
a single Apollo photo in which one object casts two or more distinct shadows, the unambiguous signature of multiple light sources.
Sources
- Apollo-hoax claims examined (flag, dust, shadows, stars). Point-by-point treatment of the flag ‘wave’ (horizontal rod, vacuum pendulum), ballistic dust and the absent blast crater, non-paral link
- Why lunar shadows are so dark. With no atmosphere, the Moon has no Rayleigh scattering to fill shadows or glow the sky, so sunlit regolith is intensely bright while shadows fall to near-blac link
- The opposition effect & heiligenschein on airless surfaces. Around the antisolar (zero-phase) point, regolith shadow-hiding and coherent backscatter brighten the surface; Apollo crews observ link
- Apollo Chronicles: Dark Shadows. A Science@NASA feature: on the Moon the astronauts saw a bright glow around the shadow of their own helmets, and Aldrin reported it first. The opposition eff link
- The lunar opposition surge: observations by Clementine. Buratti and colleagues found the Moon brightens more than 40 percent between solar phase angles of 4 and 0 degrees (Icarus 124, 1996). link
- The spacecraft shadow and opposition effect (JAXA, Hayabusa2). Navigation-camera images show a bright opposition glow surrounding the black dot of Hayabusa2’s own shadow on asteroid Ryugu as link
The full entry, with the working →