Variational Analysis of High-Frequency Effect on Moving Electromagnetic Interface

Based on Fermat's principle and the special relativity, the transmission of high-frequency electromagnetics is unified by variational formulation on the moving interface. Applying the theoretical model, we investigate the detailed practices of transmission of high-frequency electromagnetic under relativistic conditions. The deduced results illustrate that the effective estimation of the super high-speed effect on a moving interface supports the valuable frame of reference in controlling precision. The results also show that the theoretical model has potential applications in electromagnetically controlled precision in the quantum information, ray sensor, controllable environment, etc.     

电磁诱导透明暗孤子的耗散变分束缚分析

基于电磁精确控制的考虑,对半导体固态系统中电磁诱导透明所形成的暗孤子态进行了动力学研究.在此涉及多物理场的复杂系统中,通过变分技术对耗散与非线性相干作用下相应的同态暗孤子动力学特征进行分析.结果表明,耗散削弱作用与相干耦合作用之间所形成的系统性平衡约束对暗孤子时空演化的精密控制具有重要意义.