- #1
robmichaels
- 1
- 0
Firstly, I apologise if this is in the wrong place as it's not a homework question as such, but it is part of coursework.
I am modelling the trapping and cooling of an atom with a laser, and have an equation for the dipole moment which I think may be off. I am getting strange results (slowing down atoms from 100m/s to 0 in 10^30 seconds), and I'm fairly sure the rest of the data input is correct
Relevant equations
I have for my equation:
{mu}=((3*{Pi}*{hbar}*{epsilon0}*c^3)/{omega0}^3)^1/2
If this is the right equation, can someone explain to me what omega0 represents and roughly to what power it should be for a magnesium atom.
I am modelling the trapping and cooling of an atom with a laser, and have an equation for the dipole moment which I think may be off. I am getting strange results (slowing down atoms from 100m/s to 0 in 10^30 seconds), and I'm fairly sure the rest of the data input is correct
Relevant equations
I have for my equation:
{mu}=((3*{Pi}*{hbar}*{epsilon0}*c^3)/{omega0}^3)^1/2
If this is the right equation, can someone explain to me what omega0 represents and roughly to what power it should be for a magnesium atom.