论文标题
光子腔阵列中的涡流对歼灭
Vortex pair annihilation in arrays of photon cavities
论文作者
论文摘要
从理论上讲，我们在一系列光子冷凝物中研究了涡流数的演变，这些光子是从不连贯的低密度状态带到连贯的高密度状态，这是由于泵浦激光强度的突然变化而引起的。我们分析了涡流和抗生产能的重组如何取决于系统参数，例如染料分子通过染料发射和吸收光子的系数，腔之间的隧穿速率，光子损耗率和冷凝水中光子的数量。
We investigate theoretically the evolution of the vortex number in an array of photon condensates that is brought from an incoherent low density state to a coherent high density state by a sudden change in the pumping laser intensity. We analyze how the recombination of vortices and antivortices depends on the system parameters such as the coefficients for emission and absorption of photons by the dye molecules, the rate of tunneling between the cavities, the photon loss rate and the number of photons in the condensate.
