What are the best resources or sites for learning Math and Computer Science?

I figured out a way to factorize an arbitrarily large integer in O(1). On my machine shit takes about 30 seconds.

Why does almost all undergrad classes require you to use this piece of shit scamsite?

good day /sci/

It turns out that Penroses seminal contribution, the quasiperiodic 5-fold rotationally symmetric "penrose tiling", not discovered until the late 20th century, was employed extensively in mideval islamic architecture

https://www.youtube.com/watch?v=rldnu9rNpH8&ab_channel=PeterLu

Inevitably, this lead me to taking ancient maths, especially any fragments that may have been briefly comprehended at the height of the islamic golden age much more seriously. My question in this thread has to do with deducing a hypothesis and methodology for conducting the experiment.

Take pic related as follows, to myself imagries of a 3d cymatic took hold. Could there be a frequency, or perhaps an ensemble of frequencies that could 'carress' the geometry of the fassad.

would any anons working in the space of sonics, cymatic and the like suggest any math models that could help me find this collection of frequencies that, when played, would match the shape of the entrance?

Thanks

>Remembering that time my middle school math teacher told me that 0.9 repeating was 1

"Nothing lasts forever" we're often told, but will there ever come a time when no particles "exist"?

this is a /sci/ thread because algorithms are a study in computer science, which is a branch of applied mathematics.

anyways, i upgraded my algorithm that generates psychedelic-inspired geometries, if you remember my thread from last week.

How would a science built around the entropy of validation and/or emotion-based concern present itself?

How do I learn to learn? Scientifically and mathematically, of course.

I'm a brainlet, and i want to know if there's an efficient way to implement this without falling into the cryptographic guessing game meme.