Building Bluesky Comments for My Blog
natalie.sh
How to Sell if Your User is not the Buyer
writings.founderlabs.io
AWS Restored My Account: The Human Who Made the Difference
seuros.com
Laptop Support and Usability (LSU): July 2025 Report from the FreeBSD Foundation
github.com
Monte Carlo Crash Course: Quasi-Monte Carlo
thenumb.at
New AI Coding Teammate: Gemini CLI GitHub Actions
blog.google
We replaced passwords with something worse
blog.danielh.cc
Arm Desktop: x86 Emulation
marcin.juszkiewicz.com.pl
SUSE Donates USD 11,500 to the Perl and Raku Foundation
perl.com
GoGoGrandparent (YC S16) Is Hiring Back End and Full-Stack Engineers
An LLM does not need to understand MCP
hackteam.io
The Whispering Earring (Scott Alexander)
croissanthology.com
Budget Car Buyers Want Automakers to K.I.S.S
thedrive.com
Claude Code IDE integration for Emacs
github.com
Cracking the Vault: How we found zero-day flaws in HashiCorp Vault
cyata.ai
More shell tricks: first class lists and jq
alurm.github.io
Let's stop pretending that managers and executives care about productivity
baldurbjarnason.com
Leonardo Chiariglione: “I closed MPEG on 2 June 2020”
leonardo.chiariglione.org
Hopfield Networks Is All You Need (2020)
arxiv.org
PastVu: Historical Photographs on Current Maps
pastvu.com
As I see it, the real question for space colonization is "How small of a population can be 100% self-sufficient in manufacturing?" and the smaller that number is the more likely it can be successful. If N=1, the odds are great, if N=10,000,000 it will not succeed.
The basic problem is that you can't export anything from Mars to Earth that makes Mars colonization profitable from a Terrestrial perspective -- so at any time the flow of resources could be cut off, see the Asimov classic story
https://en.wikipedia.org/wiki/The_Martian_Way
The Muskian model that we're just going to send millions of people canned food makes no sense at all.
Eric Drexler's molecular assembler program has foundered but we need something functionally equivalent, living things pull off basically the same trick, maximizing what we can do with them is an obvious path to "advanced manufacturing" together with flow chemistry, 3-d printing and other methods.