A novel nested three-ring-core photonic crystal fiber for OAM transmission

A multi-ring core photonic crystal fiber (PCF) with seven high-index ring regions is designed for the transmission of multiple orbital angular momentum (OAM) modes. The new structure which has an optimized air hole arrangement shows improved transmission quantity and number of OAM modes. Numerical analysis reveals that the PCF can transmit 518 OAM modes in the range of 1.4–1.75 µm stably while avoiding cross talk from the adjacent ring core resulting in a low cross talk of merely −208.5dB, confinement loss less than 10−9dB/m, as well as mode quality greater than 0.925. The results disclose a new method to increase the communication capacity and suggest that the PCF has great application potential.

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A novel nested three-ring-core photonic crystal fiber for OAM transmission

Cited by 4 publications

References 38 publications

High-performance terahertz polarization filter based on the anti-resonant fiber

High-performance terahertz polarization filter based on the anti-resonant fiber

Mitigating the Effects of Concave Damage by Adding a Lining Layer in a Ring-Core Fiber for Improving Propagation of Orbital Angular Momentum Modes

Design of a multi-core photonic crystal fiber supporting 518 OAM modes

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