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cgag | 1 year ago
They're very low RPM and very low time in the air. Nothing I would accept for any decision worth flipping a coin for.
cgag | 1 year ago
They're very low RPM and very low time in the air. Nothing I would accept for any decision worth flipping a coin for.
BiteCode_dev|1 year ago
To me this kills the credibility of the entire study and of the authors.
Sure, there may be something to it, but people will have a very different thing on their mind unless they check the video, which I wouldn't have done without your prompting.
It's unlikely they don't understand how misleading it is.
And somehow I have the intuition a proper coin toss will not exhibit the same properties.
thrw42A8N|1 year ago
nfw2|1 year ago
hackernewds|1 year ago
there's your paper
TremendousJudge|1 year ago
Vecr|1 year ago
beefnugs|1 year ago
Even if the testing was as many flips as possible over years and years of automated means, with a flipping machine that varies flipping power and angle, and detecting sub-millimeter wearing on the surface of a coin, and every single coin style/size in existence, of every single wear level possible from all positions and angles, through every different combination of typical earth-based air percentages... What does the result really mean? It doesn't actually come up with a "conclusion", its just an accounting of an exact series of events. You will still never use that into the future, you will still describe the act as having a probability of outcome.
hackernewds|1 year ago
here's the video https://youtu.be/-QjgvbvFoQA?si=ZTT1LWWJC8T4LIQZ
strbean|1 year ago
The comment you replied to links to footage of one of the participants. You can see in that footage that the coin hardly leaves his hand.