Comprehensive studies of lattice dynamics in the ferromagnetic semiconductor EuO have been performed by a combination of inelastic x-ray scattering, nuclear inelastic scattering, and ab initio calculations. A remarkably large broadening of the transverse acoustic phonons was discovered at temperatures above and below the Curie temperature T_{C}=69 K. This result indicates a surprisingly strong momentum-dependent spin-phonon coupling induced by the spin dynamics in EuO
The physics of mutual interaction of phonon quasiparticles with electronic spin degrees of freedom, ...
Phonon-related effects are strongly evident in electron spectroscopies related to band structure. Th...
Magnons are the elementary magnetic excitations in ordered solids. Understanding such collective exc...
Reducing the material sizes to the nanometer length scale leads to drastic modifications of the prop...
ABSTRACT: Reducing the material sizes to the nanometer length scale leads to drastic modifications o...
The spin dynamics of the semiclassical Heisenberg model on the fcc lattice, with ferromagnetic inter...
Using a combination of first-principles and magnetization-dynamics calculations, we study the effect...
The microscopic study of lattice vibrations is essential for regulating the thermal properties and u...
We report results from a systematic strong-coupling expansion of a spin-$\frac{1}{2}$ Heisenberg c...
High quality thin films of the ferromagnetic semiconductor EuO have been prepared and were studied u...
We study the mutual coupling of spin fluctuations and lattice vibrations in paramagnetic CrN by comb...
Phonons, the quantum mechanical representation of lattice vibrations, and their coupling to the elec...
peer reviewedHyperfine interactions in europium orthophosphate EuPO4 were investigated using 151Eu M...
High quality thin films of the ferromagnetic semiconductor EuO have been prepared and were studied u...
Spin-phonon coupling mediated by single ion anisotropy was investigated using optical spectroscopy a...
The physics of mutual interaction of phonon quasiparticles with electronic spin degrees of freedom, ...
Phonon-related effects are strongly evident in electron spectroscopies related to band structure. Th...
Magnons are the elementary magnetic excitations in ordered solids. Understanding such collective exc...
Reducing the material sizes to the nanometer length scale leads to drastic modifications of the prop...
ABSTRACT: Reducing the material sizes to the nanometer length scale leads to drastic modifications o...
The spin dynamics of the semiclassical Heisenberg model on the fcc lattice, with ferromagnetic inter...
Using a combination of first-principles and magnetization-dynamics calculations, we study the effect...
The microscopic study of lattice vibrations is essential for regulating the thermal properties and u...
We report results from a systematic strong-coupling expansion of a spin-$\frac{1}{2}$ Heisenberg c...
High quality thin films of the ferromagnetic semiconductor EuO have been prepared and were studied u...
We study the mutual coupling of spin fluctuations and lattice vibrations in paramagnetic CrN by comb...
Phonons, the quantum mechanical representation of lattice vibrations, and their coupling to the elec...
peer reviewedHyperfine interactions in europium orthophosphate EuPO4 were investigated using 151Eu M...
High quality thin films of the ferromagnetic semiconductor EuO have been prepared and were studied u...
Spin-phonon coupling mediated by single ion anisotropy was investigated using optical spectroscopy a...
The physics of mutual interaction of phonon quasiparticles with electronic spin degrees of freedom, ...
Phonon-related effects are strongly evident in electron spectroscopies related to band structure. Th...
Magnons are the elementary magnetic excitations in ordered solids. Understanding such collective exc...