Quan-Fang Wang
The Chinese University of Hong Kong, China
Title: Quantum Control of Bose-Einstein-Condensates in the Presence of Vibration of Time and Space Caused by Gravitational Wave
Biography
Biography: Quan-Fang Wang
Abstract
Bose-Einstein-Condensates (BEC) had been investigated in the fields of particle physics for a long time. Quantum control of BEC has already been considered in the theoretical, computational, and experimental aspects at a great deal literatures and contributed papers. The discovery of gravitational wave at the years 2016 could be verified the prediction of Einstein many years ago. Very naturally, in the presence of tiny vibration of time and space, what will be happened for particles condensates? Whether needing to suppose that the gravitational wave would be sufficiently small or large to influence the BEC status? otherwise, there is no influence at all for creating a BEC? The vibration of time and space should be caused by particle mass itself? or mass of other objects? All of these questions are interesting and still be mysteries. In this work, we try to consider quantum control of BEC if there exists the vibration of time and space, which caused by gravitational wave, the mass of matter. Theoretic quantum control of of vibrated BEC will be reported. Numerical and experimental works is left to future.