On first glance, this looks good, perhaps I will try to make a new site based on the tools.
Other articles like https://julienblanchard.com/posts/revisiting-my-journaling-habits.html, https://julienblanchard.com/posts/setting-up-a-9front-cpu-server-on-a-raspberry-pi-4.html look interesting too.

Found on a discussion of version control systems on the TUHS mailing list https://www.tuhs.org/pipermail/tuhs/2024-December/031229.html
See also https://neugierig.org/software/blog/2024/12/jujutsu.html for an attempt on an explanation "high-level enough to read and think about, without providing so much detail that it washes over you."
https://ahal.ca/blog/2024/jujutsu-mercurial-haven/ is an article from a Mercurial users.

Another interesting book, found via https://technicshistory.com/2024/11/03/a-craving-for-calculation/ which was mentioned on the MoHP forum https://www.hpmuseum.org/forum/thread-22717-post-195784.html#pid195784

One of many interesting articles. See https://xeiaso.net/blog/2024/homelab-v2/, https://xeiaso.net/blog/idk-about-email/, https://xeiaso.net/blog/push-2fa-considered-harmful/ for others.
On https://xeiaso.net/blog/move-away-rsa-ssh/, it is stated that "[it is] likely you can break 2048-bit RSA (the most widely deployed keysize) with a quantum computer that only uses 372 qubits of computational power. The IBM Osprey has 433 qubits."
https://12factor.net/ sounds interesting too.

The statement "I've found that Aberth performs worse [than Weierstrass-Durand-Kerner] on most examples as its faster convergence is offset by the slower evaluation." is interesting.
Fredrik Johansson is the author of https://mpmath.org/, https://arblib.org/ and https://flintlib.org/ arbitrary-precision libraries and of the Mathematical Functions Grimoire https://fungrim.org/

First part of a series describing how an ASIC can be designed for the https://efabless.com/tinytapeout project, by Andy Turudic.
See also the article https://www.electronicdesign.com/blogs/nonlinearities/article/55134043/electronic-design-sothe-z80-is-rising-from-the-deadwith-an-on-chip-dac

Includes "Linkers and Loaders", which I have seen before, but apparently I had not bookmarked it.

On 23 March 2024, Rocket Lab launched the Advanced Composite Solar Sail System (ACS3), a NASA solar sail experiment. The main goal of the mission is to test the deployment of a 80 m2 (9 x 9 meter) solar sail from a 12U cubesat bus. The sail will be deployed late May or early June 2024, i.e. some 2 months after the launch. ACS3 (2024-077B) is in a 97.4 deg inclined, 993 x 1023 km sun-synchronous orbit.

There are many interesting articles on this blog which I discovered thanks to a link on Paolo Amoroso's blog https://journal.paoloamoroso.com/blogroll

Blog article about the social aspects of the ITS operating system at MIT, by Kent Pitman.
Found via

Found a link to the floppy disc head alignment on the MoHP https://www.hpmuseum.org/forum/thread-22003-post-189057.html#pid189057