It could be more pure than water. Show me one place on earth that has water as pure as that which is created in a lab.
Water is one H and 2 O. That's true of the water you drink and the water created in the lab.
It's that simple, rat.
Can you prove that there is absolutely no difference between the two, especially since we do not fully understand things down to levels smaller than the molecular level?
We understand the atomic level quite well, thank you very much.
One hydrogen atom and two oxygen atoms.
One hydrogen atom has one proton and one electron.
One oxygen atom has eight protons, eight electrons and eight neutrons.
Plus I wouldn't use this example to show that all things assembled at the molecular level are then stable.
If things assembled at the molecular level weren't stable, you wouldn't exist.
Earth wouldn't exist.
We may be able to combine oxygen and hydrogen and make water, but that does not mean we can do things more complicated than that.
You really don't know much about chemistry, do you?
We can assemble an artificial genome, fer chrissake. Venter just applied for a patent!
J. Craig Venter and the Institute that bears his name are again moving into new territory in the field of genetics. Genetic patents, that is. They are seeking a broad patent that would give them ownership of a 'free living organism that can grow and replicate' constructed entirely from synthetic DNA. The ETC Group is challenging the claim. 'Scientists at the institute designed the bacterium to have a "minimal genome"--the smallest set of genes any organism can live on. The project, which began in the early 2000s, was partly a philosophical exercise: to help define life itself better by identifying its bare-bones requirements. But it was also fraught with commercial possibilities: if one could reliably recreate a standardized, minimal life form, other useful genes could be added in as needed for various purposes.