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pivoxa15
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Is there a minimum energy to flip the intrinsic spin of an electron from up to down or vice versa? Or does it depend on the applied B field?
pivoxa15 said:Is there a minimum energy to flip the intrinsic spin of an electron from up to down or vice versa? Or does it depend on the applied B field?
The minimum energy required for a spin flip depends on the system in question. In general, it is the energy difference between the two spin states involved in the flip.
The minimum energy for a spin flip is determined by the spin Hamiltonian of the system, which takes into account the interactions between the spin and its environment.
The minimum energy for a spin flip can be affected by various factors such as external magnetic fields, temperature, and interactions with other particles or materials.
Yes, the minimum energy for a spin flip can be measured experimentally using techniques such as electron spin resonance (ESR) spectroscopy or nuclear magnetic resonance (NMR) spectroscopy.
The minimum energy for a spin flip is important in materials science because it can affect the magnetic properties of materials and their potential applications in technologies such as spintronics and data storage.