Earlier quoted context omitted.
>What is the difference between lye (dangerous), sand (not dangerous unless it suffocates things or gets crushed and inhaled), water (can cause flooding or drowning, otherwise harmless), and sodium bicarbonate (quite basic, generally harmless), and hydrazine (mutagenic, highly toxic, highly flammable)? The MSDSes will elaborate on this and you probably know that. This thread chain has gotten impressively disingenuous…
No, you’re just being disingenuous. How do you create a MSDS for a chemical that hasn’t been made yet? How do you decide it’s safe to create a large enough quantity of a chemical to figure out what even should be in that MSDS? How can you know if something is mutagenic without exposing it to DNA? Or cancer causing without exposing it to a living organism? Or causes reproductive harm without exposing it to organisms a…
>How do you create a MSDS for a chemical that hasn’t been made yet?
What argument that I've made do you present this logical fallacy to?
> Deciding if ‘freezing’ it in place, or letting it continue to develop new and interesting applications is the discussion
This is not my viewpoint and was never mentioned by me. This is an argument you're either making in reference to another comment, a point not addressed by myself, or you're talking to your own strawman, who doesn't seem to have a significant stance other than "well, it's basically unsolveable!".
That is the discussion I was having. You're doing exactly what I mentioned, being disingenuous about the literal technical definition of chemicals and muddying waters because water is a chemical too, man!
Well watering my lawn doesn't kill it or give organisms that live mere decades cancer. That's a reasonable measurement to start.
And if you're really saying there can't be more in depth, slower research to chemicals that people will end up having in their bloodstream, then I don't even know what to say to that, other than Andrew Ryan would be proud.