nostr:npub1e8reh2nav2zsxvkuqhpmgfh7ujjwq8zur2w9mpllu5yy4yvenrhs8av8cz nostr:npub1w5p2xgn2hkddv5ced2527rrclk7gkjup7qntgqxcdcu40jvnwsssrz7gzp nostr:npub1gxv4vcqfp2ug07fd34t0swq4w2t9gsynu0cmelr6ktcna8xnv38qythh99 nostr:npub1ypfcrd4k5ryzlcg8jmdvgrlk29ladfe27z7c2aaq8lvmks6drwqqautsp5 you are correct, I misspoke. Either way, this isn’t exactly Nobel Prize level stuff I can’t remember.
nostr:npub1w5p2xgn2hkddv5ced2527rrclk7gkjup7qntgqxcdcu40jvnwsssrz7gzp
nostr:npub182f2nv0ckh6cst58s7gu6h4ys55f3yusgenttw9v55xchelyy04sq55z5g nostr:npub1ypfcrd4k5ryzlcg8jmdvgrlk29ladfe27z7c2aaq8lvmks6drwqqautsp5 nostr:npub1gxv4vcqfp2ug07fd34t0swq4w2t9gsynu0cmelr6ktcna8xnv38qythh99
Radiation is not reflection. It radiates the energy that was previously absorbed.
Every substance has some kind of absorption coefficient, which is the percentage of energy that is absorbed. The rest is reflected. But this reflected energy doesn't raise local temperature the way that radiated energy does.
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