The jury’s out on that metaphysically speaking, but even if so that’s a rounding error of the rounding error. This handy chart breaking down the universe by subject area is a useful guide.
More, once we include the combinatoric number of music genres produced by certain grouping of heavy metals on the third cluster from a medium-sized, boring star the metal designates as Sol.
Doesn't this have to do with the formation of those elements? As in 'anything heavier than helium is a metal because it was formed in the explosion of a first generation star'? Rather than the chemical definition of what a metal is they probably should have used '2nd generation or later elements' but then again, computer programmers call little boxes with wires attached to them 'mice' and nobody bats an eye (and in fact, that use has now become commonplace).
Ok, completely unrelated, but here's a riddle: how many nuclear reactions are there in a thermonuclear bomb?
1. Fission of the plutonium pit
2. Fusion of a small amount of deuterium-tritium at the center of the plutonium pit (designed to be a source of extra neutrons to boost the yield of the plutonium fission)
3. Fission of Lithium-6. Yep, Lithium can undergo fission when bombarded with neutrons. It can't sustain chain reaction, but it's fission nonetheless. The main idea is to generate Tritium, which goes into the next phase, but the energy generated during the fission of Lithium is nothing to sneeze at. Pound for pound, it generates about as much energy as the plutonium.
4. Fusion of the hydrogen (tritium produced from the previous step, and deuterium that's stored in the form of Lithium Deuteride from the beginning)
5. Fission of a rod of plutonium in the middle of the cylinder containing the hydrogen (fission is returning the favor and boosts the fusion reaction)
6. Fission of the uranium temper. The main point of the uranium temper is to be heavy and contain the nuclear reactions for a tiny bit of time, so more generations of reactions can happen, but the secondary outcome is that some of the U-238 nuclei will undergo fission when bombarded by the neutrons from the inside of the bomb.
(I'm an astronomer)