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Posted (edited)

I don't know about theoretically, but practically it does not appear to be possible.

The Zeeman shift caused by a 10 Tesla magnetic field is on the order of meV, even for NO, which is a paramagnetic molecule with S=1/2. This Zeeman shift is only less than 0.1% of the binding energy of the electron. Therefore, the orbital motion of the electron in the electronic ground state is not significantly influenced by magnetic fields that can be generated in a laboratory.

See "Magnetic field effect on highly excited states near ionization potential of Nitrous Oxide"

http://iopscience.iop.org/1468-6996/4/3/A06/pdf/1468-6996_4_3_A06.pdf

Edited by Bill Angel

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