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Lifetimes of antiferromagnetic magnons in two and three dimensions: experiment, theory, and numerics

A high-resolution neutron spectroscopic technique is used to measure momentum-resolved magnon lifetimes in the prototypical two- and three-dimensional antiferromagnets Rb2MnF4 and MnF2, over the full Brillouin zone and a wide range of temperatures. We rederived theories of the lifetime resulting from magnon-magnon scattering, thereby broadening their applicability beyond asymptotically small regions of wavevector and temperature. Corresponding computations, combined with a small contribution reflecting collisions with domain boundaries, yield excellent quantitative agreement with the data.

preprint2013arXivOpen access
S. P. BayrakciD. A. TennantPh. LeiningerT. KellerM. C. R. GibsonS. D. WilsonR. J. BirgeneauB. Keimer
cond-mat.othercond-mat.str-el
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Open access8 authors2 topics
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S. P. BayrakciD. A. TennantPh. LeiningerT. KellerM. C. R. GibsonS. D. WilsonR. J. BirgeneauB. Keimer

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