hnthwaccount

5 ms·

1.
You Could Have Invented Homology: Part 1 Topology(youtube.com)
7 points by hnthwaccount 6y ago|1 comments
2.
Formalising Mathematics: An Introduction(xenaproject.wordpress.com)
6 points by hnthwaccount 6y ago|0 comments
3.
Quantum Computing’s Internals Demystified(whiteheadsoftware.dev)
2 points by hnthwaccount 6y ago|0 comments
4.
Course in Applied Category Theory: Applied Compositional Thinking for Engineers(applied-compositional-thinking.engineering)
3 points by hnthwaccount 6y ago|0 comments
5.
Quantum supremacy, now with BosonSampling(scottaaronson.com)
3 points by hnthwaccount 6y ago|1 comments
6.
Ex Valve dev on CS:GO’s codebase(twitter.com)
166 points by hnthwaccount 6y ago|121 comments
7.
by hnthwaccount 6y ago
This is amazing for self-learners. Free textbook, free lecture videos, free solutions. I bought a hard copy of this book when I first came across this resource. This is really outstanding because most textbooks do not contain full solutions
8.
by hnthwaccount 6y ago
Can you speak towards what you self-studied to get to an undergraduate understanding of mathematics and what resources, or books you used in the process? I’m also interested in the resources you used or recommend for learning category theor
9.
by hnthwaccount 6y ago
This looks like a standard “Discrete Mathematics” course, or an “Introduction to Proofs” type course, where the style is definition-theorem-proof. If linear algebra were to be introduced in this class, then it would likely be at a theoretic