Veo 3 and Imagen 4, and a new tool for filmmaking called Flow
blog.google
Overview of the Ada Computer Language Competition (1979)
iment.com
Convolutions, Polynomials and Flipped Kernels
eli.thegreenplace.net
Gemma 3n preview: Mobile-first AI
developers.googleblog.com
“ZLinq”, a Zero-Allocation LINQ Library for .NET
neuecc.medium.com
Clojuring the web application stack: Meditation One
evalapply.org
What makes a good engineer also makes a good engineering organization (2024)
moxie.org
Using unwrap() in Rust is Okay (2022)
burntsushi.net
Building my own solar power system
medium.com
Writing into Uninitialized Buffers in Rust
blog.sunfishcode.online
Deep Learning Is Applied Topology
theahura.substack.com
My favourite fonts to use with LaTeX (2022)
lfe.pt
Show HN: 90s.dev – Game maker that runs on the web
90s.dev
A Secret Trove of Rare Guitars Heads to the Met
newyorker.com
Why does the U.S. always run a trade deficit?
libertystreeteconomics.newyorkfed.org
Taito-tastic: Kiki Kaikai and its Hardware
nicole.express
Life before the web – Running a Startup in the 1980's (2016)
blog.zamzar.com
Show HN: A Tiling Window Manager for Windows, Written in Janet
agent-kilo.github.io
Linguists find proof of sweeping language pattern once deemed a 'hoax'
scientificamerican.com
> my guess, combined with the fact that “70” is clearly stamped on after the fact, is that these are TMM2064P chips that have been tested and certified to work at even faster speeds like 70ns. Generally the fastest RAM you need on a board like this is for the linebuffer, so that’d be my guess here.
Overlooking a small detail there: the fastest RAM on that board would be the 2 chips marked MCM2016HN45 (the -45 means 45ns for that part, which is pretty fast for a RAM chip made in 1986).
Anyway, very nice & detailed writeup!