A growing number of quantum material, whose collective quantum mechanical properties give rise to exotic quantum states, have well-defined fractional sets of quasi-particles; for instance, a “spinon”
We propose to study the crystal field excitations in the quantum spin liquid candidate Na2BaCo(PO4)2. Here the material exhibits a number of interesting properties including the lack of magnetic order
Abstract: Our recent systematic research on CeCuAl3 and Cu-Al substituted compounds has brought many important results on their physical properties, namely peculiar magnetic excitations. CeCuAl3
A growing number of quantum material, whose collective quantum mechanical properties give rise to exotic quantum states, have well-defined fractional sets of quasi-particles; for instance, a “spinon”
