Julia Chan
University of Texas at Dallas
Appearances
- DateAugust 24, 2021Ce-based highly correlated systems Ce3+ (S=1/2) provide an ideal _f_-electron system to study the interplay of localized magnetic moments and conduction electrons…
Presenter
Speaker
University of Texas at Dallas - DateMarch 20, 2022Division/Committee: [INOR] Division of Inorganic Chemistry
Organizers
Wayne State UniversityUniversity of Texas at DallasCalifornia State University Fullerton - DateMarch 20, 2022Division/Committee: [INOR] Division of Inorganic Chemistry
Organizers
Wayne State UniversityUniversity of Texas at DallasCalifornia State University Fullerton - DateMarch 20, 2022Since the discovery of a new homologous series An+1BnX3n+1 (A = Ce; M = transition metal; X = tetrel), efforts have been put forth in studying how building blocks can affect the coupling between subunits…
Presenter
Speakers
University of Texas at Dallas - DateMarch 23, 2022Division/Committee: [INOR] Division of Inorganic Chemistry
Organizer, Presiders
University of Texas at DallasCalifornia State University FullertonOrganizer
Wayne State University - DateMarch 23, 2022The discovery and characterization of highly correlated intermetallics are critical to advancing the field of quantum materials…
Presenter
University of Texas at Dallas - DateMarch 23, 2022Division/Committee: [INOR] Division of Inorganic Chemistry
Organizers
University of Texas at DallasCalifornia State University FullertonOrganizer, Presider
Wayne State UniversityPresider
Iowa State University - DateAugust 23, 2022Inspired by the effort to study of quantum materials, system selection is critical to understand the emergent phenomena…
Presenter
University of Texas at Dallas
