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Weyl Excitations in Conductors via Helicon-Phonon Mixing by www.khairulamin.n.13 is a document available to read on EtoBox.

This document discusses the emergence of Weyl excitations in conducting materials through the hybridization of helicons and phonons, particularly in the presence of magnetic fields. It highlights the potential for detecting these excitations via experiments such as Raman scattering and their implications for topologically protected surface states. The findings suggest that both longitudinal acoustic and optical phonons contribute to the formation of Weyl nodes, which can lead to novel topological phenomena

Author
www.khairulamin.n.13
Language
EN