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Cake day: June 4th, 2025

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  • The word for established assumptions is “axioms”

    Definitions are kind of the most fundamental axioms. Abstracting things helps us build with them and they’re true because you say they are.

    We use axioms in models to derive new theorems/information. But that is often what makes us resist changing them. If you build your other assumptions on an axiom, you have to rethink all those assumptions or even throw them out when it gets proven wrong.

    However, attachment to a belief, holding to an assumption even when it’s been proven wrong, is called “delusion” and yeah those beliefs tend to be the most destructive


  • I think by cornerstone, they are referencing that beliefs are assumptions that form one’s model of the world.

    You think by logically building on assumptions. “I remember putting leftovers in the fridge last night, so I don’t need to make dinner tonight” You assume your memories are accurate (or accurate enough) and then build on other things you “know” to construct every thought.

    Sights, sounds, and vibes are a different story. They are called qualia and the raw experience of them cannot be described.

    Think of qualia like the raw data you collect from an experiment. Your worldview is the scientific model you’ve built to describe this data and it rests on both fundamental logic and the beliefs/theories you currently believe in.

    Unfortunately people don’t like having to change their worldview. And when you’ve held a belief for long enough, it becomes foundational to many of your other assumptions. Some people would rather say reality is wrong than change their beliefs.

    The word for a belief that cannot be changed via evidence is called a “delusion” in case you ever want to piss off a religious person who says “nothing can shake my faith” like it’s a good thing.


  • if a belief is a model/theory/assumption that a person will not change regardless of evidence against it, it is by definition a delusion.

    If a belief is an opinion, it is a personal statement. Statements like “Vim is the best IDE” are really conveying the information “I prefer Vim over all others IDEs” which is a true statement.

    If a belief is a hypothesis then the person holding it will accept if it ends up being wrong.

    Only in the first and second cases do people usually place importance on their beliefs, and typically, only the first case leads people to harm others or themselves with no way to convince them to stop.






  • I have memories from when I was 2yo. I can recall the plots and quotes from almost any movie or show I’ve ever seen. Like I watched criminal minds only once almost a decade ago but if I catch any snippet of an episode I can still recall the entire plot and likely a quote or two.

    I have a great memory… unless it is something important

    I cannot remember when I have appointments scheduled this week. Nor can I remember peoples names or things I told myself to remember five seconds ago. If I set something down it basically no longer exists and I will get up to look for it even if I set it right next to me.

    Meds help (ADHD) but still it’s fucking annoying


  • This typically happens to me when I’m in the middle of something or when I’ve been trying to think my way through some problem for a long time.

    It’s not zen because it’s like I literally don’t exist, and when I do come back around, I think “shit I’m wasting time I need to get back to things” and then it happens repeatedly so i dont make any progress.


  • Unfortunately no, also I haven’t really watched much anime (I only know who three of the people on the chart are).

    However, in the non-anime category, the tv show “Hannibal” has two very intelligent characters play this same kind of game of cat and mouse.

    You know who the antagonist is, but the other characters… not so much. So you get the same kind of dynamic where people are talking with Light like he’s a normal person when you know he’s Kira.

    You also get some seriously fucked up mind games between the antagonist and protagonist and get those same moments of “well how is he going to get out of this?” For both of them.

    It’s also like a normal-ish crime TV show. Anyway, good stuff, idk if it’s what you’re looking for but you might like it regardless


  • Disclaimer because I’m about to start defending his intelligence: Light is a horrible person regardless.

    Light’s first slip up is his temper, causing him to act without thinking to kill Lind L Taylor on live TV. In all fairness, until that point he had killed hundreds of people already with zero resistance and if you want people to “know of my existence” what better way to do so than to kill someone on live TV and get away with it.

    The next “mistakes” he makes are in focusing on killing L instead of hiding from him. But really he would rather play a deadly game with L than anything else, and he does play that game intelligently and win despite many unforeseen obstacles.

    Point is, light doesn’t get caught because he isn’t intelligent, he gets caught because he’s more obsessed with power and domination than not getting caught or actually saving the world.

    I mean that’s literally why he’s evil: he’s not trying to fix the world.

    He himself mentions that society just tends to decay and—knowing that he won’t live forever—he must know that killing evil people and trying to keep people in line with fear will not work and will not last. However, he does it anyway because fixing the world is just the excuse he uses to justify his god complex.

    He’s not stupid, he’s just more entertained playing with death than he is doing anything else.


  • I originally used linux because I could only get my hands on ancient or broken tech.

    Then I switched to Windows again because I was able to buy a modern laptop and started university which more or less required Microsoft services.

    Two years ago I started using Linux on my dual booted machines more frequently. Last year I realized I mostly didn’t need Windows so I decided to find a daily driver distro.

    I forgot how easy it is to get caught up in distro hopping lol. I started with Debian because I remembered apps with Linux support typically only provide .deb packages.

    Then the new KDE came out and I couldn’t wait to use it so I moved to fedora. Then, in looking into visual aesthetics, I decided I wanted to give hyprland a try and honestly just try Arch and make everything my own.

    That was a mistake. Too many options to the point I was only using my computer for messing with the visuals.

    I moved to fedora because it would just work, used it for a semester, and then moved back to arch (w/ xfce) and have been using it ever since.

    I’d say around the switch from Arch to Fedora was when I became a Linux nerd because I realized that there isn’t really a best distro for every circumstance. My nerdiness has reached enlightenment lol


  • “I ate sigma pie and it was delicious!” Sounds like something that’d show up on my university’s YikYak, alluding to eating out a sorority chick from Sigma Pi lol

    Idk if that’s a legitimate sorority, but I know that regardless of the sorority mentioned someone would reply something like “wait till you try a pi phi 😜” and/or someone would say you’re going to get an STD from that particular sorority






  • True, You can only induce natural numbers from this.

    However, you could extend it to the positive reals by saying [0,1) is a small number. And building induction on all of those.

    You could cover negative and even complex numbers if “small” is a reference to magnitude of a vector, but that is a slippery slope…

    In a very not rigorous way, you can cover combinations of ordinal numbers and even non-numbers if you treat them as orthogonal “unit vectors” and the composite “number” as a vector in an infinite vector space which again allows you to specify smallness as a reference to magnitude like we did for the complex numbers.

    If you multiply two not really numbers, just count the product as a new dimension for the vector. Same with exponentiation. Same with non math shit like a cow or the color orange. Count all unique things as a unique dimension to a vector then by our little vector magnitude hack, everything is a small number, even things that aren’t numbers. QED.


    This proof is a joke, broken in many ways, but the most interesting is the question of if you can actually have a vector with an uncountably infinite (or higher ordinals) of dimensions and what the hell that even means.