Watch the video. Even in your own video you added a caveat "as long as the tiles are sufficiently shuffled" and I don't think they were really sufficiently shuffled in your video.
Apply the same caveat to coins and you get 51%/49%
1% bias.
Also, the bias diminishes over turns, so it is basically negligible... Basically 0 for a 128 bit outcome.
Dice is similar. Dice may have some bias, but it's negligible after 128 bits.
Same for your paper, but I highly doubt that your solution is less biased than a common dice. The shuffle and tile selection is completely human, a dice is mostly randomised by gravity, unpredictable bounces and spins.
Big Barry Bitcoin
npub1pk…tpxa6
2026-08-25 18:51:46 UTC
in reply to nevent1q…y6hr
Author Public Key
npub1pktmatjk0l8vn3jhfuwxaasjd65kn4ye9sce3egup7k993f8fg2q5tpxa6Published at
2026-08-25 18:51:46 UTCEvent JSON
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