This is a continuation of the linear algebra thread I started here. Linear algebra has actually been a pleasant ride so far. If I were only in need of knowing how to crank out the mechanics, I'd be pretty set. I feel though, that getting a core understanding

The consistent advice on linear algebra is that calculation alone will only get you so far; at some point the intuition has to click geometrically. With that starting to happen, I wanted to see the transformation actually move. After working through a lot of 3Blue1Brown for intuition, I've

I hit a wall in my quantum research. The wall has a name. Linear algebra was, in my entire math education, approximately one day of high school. The lesson went something like: here are matrices, they're easy, moving on. I had no reason to push back on that

I’ve started working through quantum concepts seriously; not just quantum computing, but the larger theoretical framework underneath it. My gut tells me that the emergence of applied quantum computing in business is going to make the rush to AI seem small. Quantum cryptography, the ability to utilize true randomness,