Quantum criticality far from equilibrium appears thermal
In their work, Ribeiro, Zamani, and Kirchner report on the study of a model system of unconventional quantum criticality both […]
In their work, Ribeiro, Zamani, and Kirchner report on the study of a model system of unconventional quantum criticality both […]
Ce-115系列化合物是当前最受关注的一类重费米子材料,表现出异常丰富的物理性质。CeCoIn5和CeIrIn5在常压下即为重费米子超导体,CeCoIn5的超导转变温度高达2.3K,是当前重费米子体系中最高的。而CeRhIn5在常压下为反铁磁金属,外加压力可以抑制反铁磁序而诱导超导。该类化合物是研究量子相变、超导与磁性相互作用的理想体系,这方面的工作还在不断深化。
Using extremely high-field magnet capabilities available at the National High Magnetic Field Laboratory in Tallahassee and at the Pulsed Field […]
* CLICK HERE to visit the homepage of the workshop. The International Workshop on Heavy Fermions and Quantum Phase Transitions […]