what does a proton email notice look like

The other hydrogen series (e.g., Lyman, Paschen, Brackett) exhibit analogous distributions of lines-dim and compressed in the shorter wavelengths, bright and spread out in the longer wavelengths.

It includes four bright lines within the visible spectrum and a large number of increasingly compressed and dim lines in the ultraviolet spectrum. The Balmer Series is one of several series of spectral line emissions from the hydrogen atom.

To be convincing, it must generate a series of wavelengths analogous in its structure to hydrogen’s electromagnetic emission spectrum (Figure 1). Nevertheless, it would certainly be interesting, if only as a thought experiment, if we could build a simple, physical model of proton spin, using only standard Newtonian principles. There is no “physical thing,” understood in realistic, everyday terms to which one could point and say, “There’s a proton!” At least that’s the theory. As with other subatomic particles, a proton is thought to be a complex of quantum wave functions-one for each of its quarks-distributed probabilistically through space. What does a proton look like? The simple answer: Don’t ask.

What does a proton email notice look like