The 12 highest-rated articles on Lobsters on October 13, 2025 which have not appeared on any previous Lobsters Daily are:

• Switch to Jujutsu already: a tutorial
  

  vcs
  

  Comments
• Burrows-Wheeler Transform (BWT)
  

  math science
  

  Comments
• The Country That Broke Kotlin
  

  kotlin
  

  Comments
• LineageOS 23 released
  

  android
  

  Comments
• fzf 0.66.0 introduces “--raw mode”
  

  release unix
  

  Comments
• Testing two 18 TB white label SATA hard drives from datablocks.dev
  

  hardware
  

  Comments
• The reason GCC is not a library (2000)
  

  compilers
  

  Comments
• Three ways "formally verified" can go wrong
  

  formalmethods
  

  Comments
• The European Accessibility Act will make the Web Better for Everyone
  

  a11y law web
  

  Comments
• WSL-For-FreeBSD: Experimental project to FreeBSD in WSL2
  

  freebsd virtualization windows
  

  Comments
• w11: PDP-11/70 CPU core and SoC
  

  hardware retrocomputing
  

  Comments
• Tinymist is an integrated language service for Typst
  

  programming
  

  Comments

The 12 highest-rated articles on Lobsters on January 12, 2025 which have not appeared on any previous Lobsters Daily are:

• Building Bauble
  

  graphics
  

  Comments
• Apple is Killing Swift
  

  swift
  

  Comments
• German router maker is latest company to inadvertently clarify the LGPL license
  

  law
  

  Comments
• Relatively New Things You Should Know about HTML Heading Into 2025
  

  css web
  

  Comments
• Why is hash(-1) == hash(-2) in Python?
  

  python
  

  Comments
• My Thoughts on Kotlin: Perspectives after 4 years
  

  kotlin
  

  Comments
• What's involved in getting a "modern" terminal setup?
  

  unix
  

  Comments
• Designing Code For Forward Progress
  

  plt programming
  

  Comments
• Homomorphic Encryption in iOS 18
  

  ios
  

  Comments
• Why isn't `__attribute__((cleanup(...)))` more known?
  

  ask c
  

  Comments
• Rewrite it in Rust: A Computational Physics Case Study
  

  pdf rust science
  

  Comments
• n2: revisiting Ninja
  

  compilers
  

  Comments