mmax121 said:Does anyone have the most up-to-date zero-point oscillation frequency for a hydrogen molecule? This is not a homework question, I'm thinking about incorporating it into a tattoo someday. I don't wish to have a tattoo with inaccurate info, so any help would be appreciated.
The ground state oscillation frequency of H2 is the frequency at which the two atoms in a hydrogen molecule vibrate when they are in their lowest possible energy state, also known as the ground state.
The ground state oscillation frequency of H2 is determined by solving the Schrödinger equation for the hydrogen molecule, which takes into account the masses and charges of the two atoms as well as the strength of their bond.
The ground state oscillation frequency of H2 is affected by the masses of the two atoms, the strength of their bond, and any external forces acting on the molecule, such as an electric or magnetic field.
The ground state oscillation frequency of H2 is the lowest possible frequency at which the atoms can vibrate, while the excited state frequencies are higher frequencies associated with the molecule being in a higher energy state.
Yes, the ground state oscillation frequency of H2 can be experimentally measured using techniques such as Raman spectroscopy, which involves shining light on the molecule and measuring the scattered light to determine the frequency at which the molecule is vibrating.