Metamagnetism, quantum criticality, hidden order and crystal electric fields in URu2Si2
N. Harrison, K. H. Kim, M. Jaime, J. A. Mydosh
TL;DR
This paper reviews experimental studies on URu2Si2, focusing on its magnetic, transport, and thermodynamic properties to understand its complex ground state related to metamagnetism, quantum criticality, and crystal electric fields.
Contribution
It provides a comprehensive synthesis of recent experimental findings on URu2Si2's ground state and its relation to key phenomena like metamagnetism and quantum criticality.
Findings
Identification of metamagnetic transitions in URu2Si2
Evidence of quantum critical behavior near phase transitions
Insights into crystal electric field effects on ground state properties
Abstract
This paper presents a brief synopsis of magnetization, electrical transport, specific heat measurements as well as other recent work on URu2Si2, together with some topical discussions of the groundstate properties in relation to metemagnetism, quantum criticality and crystal electric fields.
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