Modulated Phases in Spin-Peierls Systems
Goetz S. Uhrig
TL;DR
This paper investigates lattice modulations in high magnetic field phases and near impurities in spin-Peierls systems, comparing theoretical predictions with experimental data and highlighting the role of zero-point fluctuations.
Contribution
It introduces necessary extensions to existing theories to better explain lattice modulations and the effects of zero-point fluctuations in spin-Peierls systems.
Findings
Lattice modulations are influenced by high magnetic fields and impurities.
Zero-point fluctuations significantly affect magnetic amplitudes.
Proposed theoretical extensions improve agreement with experimental observations.
Abstract
Lattice modulations in the high magnetic field phase and close to impurities in spin-Peierls systems are considered and compared to experiment. Necessary extensions of existing theories are proposed. The influence of zero-point fluctuations on magnetic amplitudes is shown.
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