- #1
christianpoved
- 15
- 0
Hello everybody, I have a curious excercise, there is a 1/2 spin particle in a magnetic field ##\vec{B}(t)## with ##||\vec{B}(t)||## constant, orientated in an angle ##\theta## from the ##z## axis rotating with an angular speed ##\Omega##. The hamiltonian will be
$$H(t)=-\vec{S}\cdot\vec{B}$$
How do I solve the Schrödinger equation for this problem?
$$H(t)=-\vec{S}\cdot\vec{B}$$
How do I solve the Schrödinger equation for this problem?
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