• 0 Posts
  • 10 Comments
Joined 1 year ago
cake
Cake day: June 22nd, 2023

help-circle
  • It’s a bit ridiculous to say the only obstacle between us and “monstrous behemoths created in labs” is some sports regulations ^^'. Luckily there are already laws that severely restrict what you’re allowed to do with genetic engineering, so don’t you worry.

    But coming back to your “monstrous behemoths”, wouldn’t some basketball players for example already fall in that category ? How tall is too tall? When it’s about basketball, you could be 8 feet 1 (2.46 m for my metric brethren) and no-one would try to have you banned from the game, they would probably congratulate you on your lucky genetics instead. Similarly, I’ve never heard of any suggestion of, say, enforcing a minimum resting heart rate for endurance based sports.

    Yet if you’re a woman and too muscular for some obscure regulatory body’s liking, you face the risk of being ostracized and banned from competing. The same genetic lottery winning ticket would in this case be considered an unfair advantage. This goes to show that unfairness is not rooted in any hard, undeniable, mesurable quantity, but is at its root a cultural phenomenon. Fairness is in the eye of the beholder, there can be no objective measure for it, -which is why I’m say it simply doesn’t truly exist in sports.


  • The people clamoring against the inclusion of biological outliers are operating under the false -and frankly poorly thought out- idea that sports are fair and that it’s only by training the hardest that you can and will achieve victory, shonen style.

    Ultimately the only completely fair-ish competition is the one where you try to outdo your previous best performance and beat your own records. Otherwise, there are so many other variables you’d have to correct for to level the playing field (and testosterone levels is not a great pick for that anyway) that you might as well have single athlete categories.






  • I think it has to do with atmospheric diffusion of the sunlight. Even if the photons coming straight down at you are blocked by the moon, a lot of them bounce around in the atmosphere and end up reaching your eyes. Kinda like when it’s not complete darkness at sunset even after the sun has gone over the horizon. Also explains why the sky is blue, since “blue photons” are better at bouncing around on the atmosphere molecules. See : diffuse sky radiation

    Quoting form the Wikipedia article: Approximately 23% of direct incident radiation of total sunlight is removed from the direct solar beam by scattering into the atmosphere; of this amount (of incident radiation) about two-thirds ultimately reaches the earth as photon diffused skylight radiation.

    Edit : probably mostly has to do with your eyes adapting to the luminosity and non linearity of light intensity perception by our eyes. See posts below about Weber-Fechner law of perception.

    Edit Edit : This is an intersting read. The TLDR is it mostly has to do with our eyes slowly adapting to the amount of light they receive, and during totality, light bouncing from beyond the umbra comes into play.