Simulation of Atoms Being Guided into HC-PCF

Monte Carlo simulation of atoms being guided in to a kagome lattice HC-PCF.In this simulation the guide is sufficiently far detuned from the D1 transition to produce a deep potential well but a low scattering rate, allowing coupled atoms to enter the fibre.

针对被导引进入笼目晶格空心光子晶体光纤（hollow-core Photonic Crystal Fiber, HC-PCF）的原子开展蒙特卡洛模拟（Monte Carlo simulation）。在该模拟中，导引光束与D1跃迁（D1 transition）的失谐量足够大，可形成深势阱且散射速率较低，使得与光场耦合的原子能够进入光纤。