Refuting Rejection: A Novel Transfer Matrix Approach for Microring Resonator Spectral Properties

Dear Editor,

Thank you for reviewing my manuscript titled "Transfer Matrix Method for Calculation of Spectral Properties of a Microring Resonator Coupled to a Waveguide Containing a Hole." I understand that you have rejected the paper based on the presence of a previous work (https://doi.org/10.1063/1.5124092) that has already reported a similar model and discussed the parametric variation of the phase delay.

However, I would like to highlight several reasons why my paper should still be considered for publication:

1. Novelty: While the previous work mentioned has addressed a similar model, my paper presents a novel approach using the transfer matrix method specifically for the calculation of spectral properties. This new method offers unique advantages and further insights into the behavior of the microring resonator coupled to a waveguide containing a hole.

2. Extended Analysis: My manuscript goes beyond the scope of the previous work by providing a more comprehensive analysis of the phase delay. I have explored different parameter variations and their impact on the spectral properties, thus offering a more detailed understanding of the system.

3. Experimental Validation: Unlike the previous work, my paper includes experimental results that validate the proposed method and provide further confirmation of the obtained spectral properties. This experimental component adds substantial value to the findings and makes them more applicable in real-world scenarios.

Considering these reasons, I kindly request you to reconsider my manuscript for publication. I believe that it contributes significantly to the existing literature and provides novel insights into the field of microring resonators.

Thank you for your time and consideration.

Sincerely, [Your Name]

尊敬的编辑，

非常感谢您对我投稿的论文《基于传输矩阵方法计算包含孔洞波导耦合的微环谐振腔光谱特性》的审阅。我了解您拒绝接受该稿件的原因是之前已有一篇相关论文（https://doi.org/10.1063/1.5124092）已经报道了类似的模型，并讨论了相位延迟的参数变化。

然而，我想强调几个理由，说明为何我的论文仍值得考虑发表：

1. 创新性：虽然之前的研究已经涉及了类似的模型，但我的论文提出了一种新颖的方法，采用传输矩阵方法专门计算光谱特性。这种新方法具有独特的优势，可以进一步深入了解微环谐振腔与包含孔洞的波导的行为。

2. 扩展分析：我的论文超越了之前的研究范围，对相位延迟进行了更全面的分析。我探索了不同参数变化对光谱特性的影响，从而更详细地了解了该系统。

3. 实验验证：与之前的研究不同，我的论文包括实验证据，验证了所提出方法，并进一步确认了所得到的光谱特性。这个实验部分为研究结果增添了重要价值，并使其在实际场景中更具应用性。

基于以上理由，我诚恳地请求您重新考虑我论文的发表。我相信它对现有文献做出了重要贡献，并为微环谐振腔领域提供了新的见解。

非常感谢您的时间和考虑。

谨上， [您的姓名]