In a previous article [M. S. Grbić et al., Phys. Rev. B 83, 144508 (2011)] we reported data on the high-temperature superconductor ${\mathrm{YBa}}_2{\mathrm{Cu}}_3{\mathrm{O}}_{7-\delta }$ collected by a contactless microwave absorption technique, which provided evidence for superconducting correlations over a limited temperature range (10–20 K above $T_c$). The paraconductivity signal was determined by subtraction of zero-magnetic-field data from 16-T data. In the preceding Comment [D. Sóñora et al., preceding Comment, Phys. Rev. B 102, 176501 (2020)] D. Sóñora et al. argue that a 16-T magnetic field is not enough to quench all superconducting fluctuations in the microwave spectral range above $T_c$. As is obvious from the experimental data presented here, as well as from the data shown in the original paper, such conclusions disagree with our experimental results. Moreover, our initial experimental findings recently received independent robust confirmation from several different experimental techniques.

中文翻译：

---

回复“关于'TcinYBa2Cu3O7-δ单晶上方超导波动的温度范围'的评论”

在上一篇文章中[MSGrbić等。，物理 版本B 83，144508（2011）]，我们报告了高温超导体数据${\mathrm{Ba}}_2{铜}_3{\mathrm{Ø}}_{7-\delta }$ 通过非接触式微波吸收技术收集的数据，该技术为有限的温度范围（高于10-20 K）中的超导相关提供了证据 ${Ť}_C$）。通过从16-T数据中减去零磁场数据来确定准导电性信号。在前面的评论中[D. Sóñora等。，之前的评论，物理。版本B 102，176501（2020）] D.索诺拉等。认为16 T磁场不足以消除上述微波频谱范围内的所有超导波动${Ť}_C$。从此处显示的实验数据以及原始论文中显示的数据可以明显看出，这些结论与我们的实验结果不一致。此外，我们的初步实验结果最近得到了来自几种不同实验技术的独立可靠的证实。