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LiNbO₃-Enhanced Photonic Crystal Fibers: Unlocking High-Order OAM Mode Transmission

Introduction In the landscape of advanced photonic technologies, the fusion of lithium niobate (LiNbO₃) with photonic crystal fibers (PCFs) marks a decisive step toward meeting the escalating demands for high-capacity and high-fidelity optical communication systems. At the center of this innovation lies the potential of transmitting high-order orbital angular momentum (OAM) modes with high purity […]

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OAM Modes in Fiber

OAM Modes in Fiber : Optical fibers support different types of modes depending on their refractive index profile. In step-index fibers, the fundamental modes are linearly polarized (LP), but in ring-core fibers (RCFs), the natural modes are hybrid modes, specifically HE (hybrid electric) and EH (hybrid magnetic) modes. These modes arise due to the vector […]