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<p>This manuscript investigates the mathematical modeling of a silicon nitride-based all-optical BVF reversible gate and reversible full adder modeled using an optical ring resonator (ORR). The design parameters of the proposed ORR are optimized to implement the desired mathematical model of reversible logic devices for all-optical computing. The capability of the proposed device is validated by the evaluated figure of merits like quality factor of 7750, contrast ratio of 19.54 dB, and extinction ratio of 20.29 dB. The CMOS compatibility nature of the silicon nitride-based structures also verifies the practical feasibility of the proposed device.</p>

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Realization of elementary reversible BVF gate and reversible full adder using optical ring resonators

  • 期刊论文

  • 发表日期：

    2025年9月24日

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  • Kamal Kishor Choure,
  • Ankur Saharia,
  • Rahul Pandey,
  • Nitesh Mudgal,
  • Manisha Prajapat,
  • Manish Tiwari,
  • Ghanshyam Singh

摘要

This manuscript investigates the mathematical modeling of a silicon nitride-based all-optical BVF reversible gate and reversible full adder modeled using an optical ring resonator (ORR). The design parameters of the proposed ORR are optimized to implement the desired mathematical model of reversible logic devices for all-optical computing. The capability of the proposed device is validated by the evaluated figure of merits like quality factor of 7750, contrast ratio of 19.54 dB, and extinction ratio of 20.29 dB. The CMOS compatibility nature of the silicon nitride-based structures also verifies the practical feasibility of the proposed device.