chromium is a conductive metal, thus it conducts electrons

makedepends=('python' 'gn' 'ninja' 'clang' 'lld' 'gperf' 'nodejs' 'pipewire'
             'rust' 'rust-bindgen' 'qt6-base' 'java-runtime-headless'
             'git' 'compiler-rt')

If Chromium is so resistant to Rust, then why is it a build dependency?

https://gitlab.archlinux.org/archlinux/packaging/packages/chromium/-/blob/main/PKGBUILD

@over_clox @varden because the browser is called chrome and chromium is the upstream not well know project

The bar is low on what? Beer, spirits, olives to put in martinis?

Or is it just the moral that is low and would benefit from more humour?

This isn't what I meant when I told Samsung to cut it out with putting WiFi in everything.

The primary cause of lead's toxicity is its interference with a variety of enzymes because it binds to sulfhydryl groups found on many enzymes.[22] Part of lead's toxicity results from its ability to mimic other metals that take part in biological processes ... Among the essential metals that lead displaces in this way are calcium, iron, and zinc.[186]

The brain is the organ most sensitive to lead exposure.[77] Lead can pass through the endothelial cells at the blood brain barrier because it can substitute for calcium ions and be taken up by calcium-ATPase pumps.[203]

The targeting of NMDA receptors is thought to be one of the main causes for lead's toxicity to neurons.[202]

The half-life of lead in bone has been estimated as years to decades, and bone can introduce lead into the bloodstream long after the initial exposure is gone.[182][183][184] The half-life of lead in the blood in men is about 40 days, but it may be longer in children and pregnant women, whose bones are undergoing remodeling, which allows the lead to be continuously re-introduced into the bloodstream.[26]

https://en.wikipedia.org/wiki/Lead_poisoning

Stainless steel is generally considered to be biologically inert. However, during cooking, small amounts of nickel and chromium leach out of new stainless steel cookware into highly acidic food.[115] Nickel can contribute to cancer risks—particularly lung cancer and nasal cancer.[116][117] However, no connection between stainless steel cookware and cancer has been established.

https://en.wikipedia.org/wiki/Stainless_steel

Lead is very different in its toxicity. Chromium is not nearly as toxic, and in fact trivalent chromium is an essebtial nutrient:

Trivalent chromium is a trace mineral that is essential to human nutrition

https://en.wikipedia.org/wiki/Chromium_toxicity

Of course wikipedia isn't an official source, but almost all statement's link to reliable sources

Chromium is only dangerous (in reasonable quantities) when its Hexavalent (meaning it has 6 missing electrons). Trivalent chromium (3 missing electrons) is actually essential in trace amounts. Stainless steel has trivalent chromium. Exposure to high temperatures (welding, plasma cutting, maybe grinding) can oxidize it from trivalent to hexavalent but your kitchen utensils aren't going to be exposed to that. I'm not an expert though to be clear.

Well did you die?

Also an alloy can be sth completely different

Chromium is the open source base without the google spyware on top, kinda like AOSP vs. "Stock Android". Still sucks that Google has so much control over it, but it's a solid web browser.