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Phonon dynamics in Chromium under pressure: absence of phonon criticality at the approach of the quantum critical point

Rodière, P. et al.
arXiv (All) · Papers
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strongly-correlated-electrons
Fermi surface nesting is key to understanding the origin of the itinerant antiferromagnetic spin density wave in chromium. This magnetic order is accompanied by a charge-density wave, and both density waves disappear above the critical pressure $P_c \approx 10$ GPa at low temperatures, defining a qu
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