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Generation of multi range frequency combs using a superradiance lattice
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DOI：10.1080/09500340.2026.2652359.png)
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Abstract
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We report that frequency combs are generated within the superradiance lattice from low frequency (infrared) to high frequency (X-ray) range. Our observations reveal that the infrared frequency combs have a reflectivity approaching 95%, while the X-ray frequency combs exhibit approximately 55% reflectivity. We can control the width and amplitude of the spectral lines of these frequency combs by adjusting the control field intensity. This atomic scheme is experimentally viable. We can propose conducting experiments utilizing beryllium ions for X-rays and rubidium atoms for generating infrared frequency combs. This approach holds great promise for potential applications in quantum optics.
Keywords:
Superradiance lattice
frequency combs
photonic band gaps
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J
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0.8
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76
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4.8K
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