In quantum chemistry, you decide where the bonds should be drawn. Internally, it's all an electron density field. So yes, you can model chemical reactions, for example by constraining the distance between two atoms, and letting everything else reach an equilibrium.
If I'm hiking or cycling alone through the woods with high bear populations, I will often play some music to alert them to prevent an unpleasant encounter.
I'm running an experimental side project where I doing some kind of glue between various time-series APIs and storage engines.
For example it has an InfluxDB compatible ingestion API, so Telegraf can push its data to it or InfluxDB can replicate to it. It also has a Prometheus remote read and remote write API, so it's compatible with Prometheus.
The storage can be done in various systems, including ClickHouse, SQLite, DuckDB, TimescaleDB… I should try to include QuestDB.
> Someone could ask a question, an LLM could take a first stab at an answer. The author could correct it or ask further questions, and then the community could fill in when it goes off the rails or can't answer.
Is the vertical banding due to the camera being unable to have a fixed exposure gain configured? Or just due to slight variances in the sampling times due to unstable oscillator frequency?
The gain is fixed. I think the column variation arises from unstable oscillator frequency and maybe some electrical bug/crosstalk between pixels. Not sure exactly.
People expect their router to act as a firewall too, via NAT. If you take this away and force people to buy an additional piece of hardware to restore the expected functionality, they won't switch. Simple as that.
All modern NAT routers include a firewall. They don't "act as a firewall too, via NAT", they have both NAT and firewall functionality, even for IPv4. It has been like this for a long time now.
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