July 2022 Archive
17041.
Greenland’s ‘unusual’ melting sea ice (bbc.co.uk)
17042.
Migrating from Next.js to Remix (joseferben.com)
17043.
Show HN: Brainfuck interpreter using TypeScript types (github.com)
17044.
Delta Wings (centennialofflight.net)
17045.
Difficulties improving C++ Setting the scene for Carbon Google's C++ successor (github.com)
17046.
Communicating with Slip Boxes (luhmann.surge.sh)
17047.
Discover tech components that are running in a website (whatruns.com)
17048.
Intro to Shader Graph (cyanilux.com)
17049.
Chess-playing robot breaks boy's finger at Moscow tournament (cnn.com)
17050.
The Future of Generative Adversarial Networks in Deepfakes (metaphysic.ai)
17051.
Bill.com Profile: automating payments for SMBs (popularfintech.com)
17052.
A chess-playing robot broke its seven-year-old opponent's finger (engadget.com)
17053.
TSMC: Life's a Beach, and Then You Make Dies (nextplatform.com)
17054.
Show HN: Star Wars “No Moon” Scene on Character LCD (youtube.com)
17055.
Xanadu Basics 3 – Browser Law [video] (youtube.com)
17056.
Redbean Runs a Web Server on Six Operating Systems (hackaday.com)
17057.
Choosing Between Azure DevOps and GitHub (sadukie.com)
17058.
North American Numbering Plan Expansion (en.wikipedia.org)
17059.
More People Using More Data Means Wrestling with Exponential Complexity (nextplatform.com)
17060.
GPU-Puzzles: Solve Puzzles. Learn CUDA (github.com)
17061.
A story about AF_XDP, network namespaces and a cookie (blog.cloudflare.com)
17062.
A Look Back at Thunderbird 0.1 (blog.thunderbird.net)
17063.
.sex Considered Dangerous (datatracker.ietf.org)
17064.
SARS-CoV-2 reinfections associated with lower risk of death than first infection (sciencedirect.com)
17065.
$181M in Bitcoin buried in a dump. $11M to get them back (int3grity.com)
17066.
Worse Is Better (shawkisukkar.com)
17067.
Littlewood's Law (en.wikipedia.org)
17068.
PEP 638: Syntactic Macros in Python (peps.python.org)
17069.
Chinese-made equipment on US cell towers could breach US nuclear arsenal (warisboring.com)
17070.
Different cancer cells respond to drug-delivering nanoparticles (news.mit.edu)