Crystal Growth of Ce<sub>2</sub>Ge<sub>2</sub>Mg
POSTER
Abstract
A quantum spin liquid (QSL) is a phase of matter that is formed from antiferromagnetic interactions of magnetic spins in a material; it is a superposition of all possible spin singlet configurations. It is predicted that a Shastry-Sutherland Lattice (SSL), where magnetic ions sit in orthogonal pairs, can host QSLs. Ce2Ge2Mg is a material where magnetic Ce ions sit on a SSL. We wanted to make Ce2Ge2Mg by the flux method for crystal growth where Mg is the flux, and then study this material to see how the SSL can be related to QSLs. Crystal material was made through the flux method, but they were not the desired material Ce2Ge2Mg.
Presenters
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Evangelina Stefan
Eastern Kentucky University
Authors
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Evangelina Stefan
Eastern Kentucky University