smburdick
Joined 9 years ago
Joined 9 years ago
Japanese is known as an agglutinative language [0], and how verbs are conjugated also has a lot to do with politeness, as well as local dialects. That's why you can turn on an anime and hardly understand it, even after a couple years of study.
I got to the third year college level in my own Japanese studies, and at that point, memorizing kanji was starting to compete with my computer science studies, so I had to drop it. I got to travel to Japan and live with host families (we kind of settled on a Japanese/English pidgin), so I don't regret the experience.
The behind the scenes documentaries for the prequels have aged well: https://youtu.be/da8s9m4zEpo?si=5y5gHUMxztwVzMny
I see this book as a solid evolution in both directions. Nicely done!
> We implemented the algorithm on IBM quantum processors using only 5 qubits
Last December, a team based out of Harvard demonstrated the ability to scale up to 48 logical qubits: https://arxiv.org/abs/2312.03982
It has been shown that, to factor an integer with n bits, Shor's algorithm requires ~2n logical qubits: https://arxiv.org/pdf/quant-ph/0205095.pdf
Another thing that should be pruned away entirely are data files, including all constant strings within the code, since humans should avoid those when focusing on algorithms
At that point you pretty much have a highly compressed version of what you'd find in CLRS or any other algorithmic text.