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Soibam Aruna Chanu on Muck Rack

Soibam Aruna Chanu

As seen in: Optica
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Articles

Hybrid wavelength–polarization-division demultiplexer based on honeycomb-lattice photonic crystal structures on a silicon platform

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By Soibam Aruna Chanu, Ramesh Kumar Sonkar
| Optica Verified
This paper presents a hybrid wavelength-division multiplexing (WDM) and polarization-division demultiplexing (PDM) device using silicon rods in the honeycomb-lattice photonic crystal structure. The device consists of a directional coupler to split the TE and TM polarizations and channel drop filters that drop the resonant channel wavelengths for both polarizations.
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Photonic-crystal-based hybrid wavelength-mode division multiplexer for SOI platforms

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By Soibam Aruna Chanu, Ramesh Kumar Sonkar
| Optica Verified
This paper presents a 12-channel hybrid wavelength-mode division multiplexer (WDM-MDM) based on 2D photonic crystals. The proposed device consists of microring resonators (MRRs) and asymmetric directional couplers (ADCs) to perform three-channel wavelength division multiplexing and four-channel mode division multiplexing operations, respectively. Each MRR can work bi-directionally, providing the same wavelength channels separately in two drop ports.
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Mode division (de)multiplexer based on transverse mode conversion in photonic crystal using asymmetric directional couplers

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By Ramesh Kumar Sonkar, Soibam Aruna Chanu
| Optica Verified
Abstract Mode division multiplexing technology has the potential to increase the channel capacity of a single wavelength carrier. Attaining cost-effective high-bandwidth-density devices with small footprints is a concern, and photonic crystal based devices are promising for ultra-small on-chip communications. This paper presents a 2D photonic crystal based mode division (de)multiplexer on a silicon on insulator platform.
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