| 摘要 |
A novel microcavity sono-gas-laser is provided. The sonolaser comprises a gas molecule suspended within a cavity. In the sonolaser of the application, population inversion is achieved by moving the walls of the laser cavity very rapidly, thereby compressing the cavity to submicron sizes, resulting in lasing from the gas molecules according to the principle of superradiance. Embodiments directed to microcavity lasers, micro-mechanical sonolasers and bubble sonolasers and methods of using the same are also provided along with potential systems for utilizing the sonolaser of the current invention.
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