Building contextual awareness and auto-summarization into my time tracking app https://t.co/HMLYXpy374 with Codex and GPT 5.6 Sol. Took it from concept to production in two days. Try it in the Windows app.
I wanted a single socks5 server that was able to serve both IPv4 and IPv6 requests simultaneously, and route those requests through the correct IPv4 or IPv6 local interface.
Just published my custom socks5 server supporting IPv4/6, written in python. I'm not a network programmer but was able to patch together a few ideas from tutorials and repositories on the net. This is the result.
https://t.co/vAWZQ6gjCs
Base-3 is more computational efficient for large numbers than base-2, and the most computationally efficient number for any real base is e 🤯
https://t.co/tq7UWoxSub
@Noahpinion Google has no incentive to link you to a random blog post that isn't monetized with Adsense. Better for them to link you to some spam page with 80 ads on it.
@NASAAstrobio Enceladus may be the first place we find life outside Earth, under the thick ice covering the deep ocean beneath. Geothermal heat could provide energy for life.
In this regime, black hole evaporation could be used as a mechanism for converting matter to energy by slowly dripping that matter into a small, (somehow) gravitationally-confined black hole and harvesting the Hawking radiation to power a spaceship.
The magic happens in black holes between one ten thousandth of an earth-mass (10^-4 M⊕) and one millionth of an earth-mass (10^-6 M⊕):
Weight -- Diameter -- Temp
10^-4 M⊕ -- 0.89 μm -- 205K
10^-5 M⊕ -- 89 nm -- 2054K
10^-6 M⊕ -- 9 nm -- 20544K
Thank you for the feedback, Peter!
That makes sense. Sentry only lists close approaches where Earth's orbit passes through the uncertainty zone.
Do you know how could I find the close approach distance of 2023 TL4 in 2119? I don't see distance data on Sentry, while CNEOS and SBDB data only go up to 2090.