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We present measurements of the real diagonal microwave conductivity of thereentrant insulating quantum Hall phases in the first excited Landau level attemperatures below 50 mK. A resonance is detected around filling factor$\nu=2.58$ and weaker frequency dependence is seen at $\nu=2.42$ and 2.28.These measurements are consistent with the formation of a bubble phase crystalcentered around these $\nu$ at very low temperatures

Microwave resonance of the reentrant insulating quantum Hall phases in the first excited Landau level