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Renormalization Group Theory: Impact on Experimental Magnetism
Renormalization Group Theory: Impact on Experimental Magnetism
Date: 13 April 2011, 10:01

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Renormalization Group (RG) theory has fundamentally changed our understanding of the dynamics in solids. Since the pioneering work of K.G. Wilson (Nobel Prize in physics in 1982), we know that the dynamics can be classified by symmetries. In solids, we have to distinguish between the dynamics on the atomistic scale and the dynamics of the infinite solid. This distinction is essentially a matter of length scale. Quite generally, the dynamics is governed by excitations or (quasi)particles. In other words, we have to attribute different excitations or (quasi)particles to the dynamics of the atomistic scale and to the dynamics of the infinite solid. Well known (quasi)particles of the atomistic dynamics are phonons and magnons.

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