this post was submitted on 27 May 2024
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Comment sections like this make me feel like I'm in a room full of crazy people, and or I eventually start to question my own sanity.
I mean sure, a spectrum is defined by at least 2 most extreme points (depending on the amount of dimensions). But like, what's stopping us form mapping two or more people to either extreme? Why can't 2 people be equally most gay or equally least gay?
If you limit the resolution of the gayness measurement, sure. You could define least gay as 0 and most gay as 5, then you have millions of people on 5. But there are infinitely many real numbers, and if there were some theoretical 100% accurate way to measure "gayness" (whatever that means) at "infinite resolution", the chance of two people being equally most gay is theoretically 0. On the other hand of the spectrum, it'd be impossible to be ENTIRELY not gay at all, so even if millions of people are very close to 0, one would be the closest.
I'm way overthinking this lol
Not only that. What if there are multiple aspects to what gay defines. Is it just how much they like the same sex, or also how many fake stories they post online? One can score a 5 on one, and a 4 on the other.
The spectrum being multidimensional doesn't stop us from maxing out every metric of what's physically possible.
I mean it has to be a limit, a person can only be so gay. Like even if we define a spectrum as far and wide as we like. Let's say height for example. That's an infinite scale, but a human will never be a light year in height, it's just not physically possible. And once there's one human to reach the highest physical limit, what's stopping someone else from also reaching that point?
I knew a lesbian couple but one is now a trans man who transitioned a few years after they married eachother. I like to joke that they are so gay they went all the way around to being straight again.
But we know the tallest person in the world and possibly the tallest person in history. I’m sure if we can calculate a gayness metric we can also find these values, at the very least once our metric is define.
Just because we recorded one tallest man, doesn't mean there was never and won't ever be one that's just as tall. Like sure, depending on our exact metric of gayness, there may very well only be one gayest person, but there could also be a 100, a 1000 or even more gayest people.
Maybe we should have a competition then? Like an annual Gayman competition where gayletes can compete in various gay events, with a winner eventually crowned.
Competitive gay! The ultimate gay-off!
The probability of someone reaching that physical limit is 0.
Ok, but the probability of multiple people reaching the highest point a person will ever reach is not 0.
No that probability is 0 as well.
Number theory suggests that by whatever metric it's determined, there's bound to be an infinitesimal difference between two measurements. Observation leads to significant figures, not reality
Well that depends on if gayness is a continuous or discrete quantity. If gay comes in very small but distinct indivisible units, the minimum could certainly be just 1 of these units.
Still, the upper range is likely to be unbound.
Planck gayness.
Avogaybros constant
I don't think there's such a thing as a discrete gay.. number and the sofar unmentioned bi spectrum implies a distributed or Cartesian system of expression
Considering bisexuality and demi sexuality I suspect that attraction is what we are measuring, not just gayness. Perhaps even attraction along two dimensions - romantic and sexual. This has interesting implications considering that gender itself exists as a spectrum with multiple dimensions of its own, at very least expression and identity, perhaps sex should be incorporated too which further complicates matters...
Nonetheless, I don't believe that any of this precludes our units of attraction from being discrete... I will concede that it's probably more likely, if there is some kind of fundamental attraction particle, that it has comparable properties to the photon.
I'm considering that each of these attraction particles (furthermore referred to as attractons) exists as excitations in the gender/sexuality field. Thanks to wave particle duality we can have a quanta of attraction with continuous possible amounts of attraction associated with each - just like the photon's variable energy.
You're also not accounting for the principle of uncertainty with bi and homo curious and the collapsing of the gay wave function
It's the quantum gay that we really have to measure, but I can't pin its velocity for some reason.
The Kinsley Scale is well defined. https://kinseyinstitute.org/research/publications/kinsey-scale.php
So is the Likert, but I bet you anyone trying hard enough can get gayer.
I am 250 units gay
I appreciate the quantification.
I think that could be possible. If sexuality were multi-dimensional and "gayness" was just a 1-D collapse of a higher dimensional space then you could pick a vector in the higher dimensional space to represent gayness, such that a few points at the extreme happen to have the same dot-product with that vector.
But then you would be defining gayness around the gymnastics of setting that up instead of something you are actually trying to estimate about people on that spectrum.
The meme saying there's a gayest person, kinda implies this. Of course it's actually nonsense in real life, all I'm trying to say is that a spectrum by definition doesn't exclude the possibility of 2 entities being on the most extreme end (doesn't really matter if we have more dimensions or just one representing gayness, all can be maxed out). If one person can someone how obtain the highest amount of gayness physically possible, how does that stop someone else from doing the same?