Speaker
启博 陈
(华东师范大学)
Description
Entanglement is a fundamental concept in quantum mechanics that describes the non-factorizable correlations between subsystems of a composite quantum system, which can not be fully characterized by the independent states of its components. This talk will present our recent study of entanglement in the nuclear collective motion, including wobbling motion and chiral rotation. The entanglement is measured by the entanglement entropy and concurrence fill. The effects of rotation, excitation, and deformation on the entanglement will be introduced. Additionally, possible experimental probe to detect the entanglement in the collective rotation will be discussed.
Primary author
启博 陈
(华东师范大学)
