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This work presents a comprehensive characterization of the cavity ring laser operating under the mode-locking regime. It encompasses an analysis of the spectral behavior, focusing on the evolution of the Kelly’s sidebands with increasing pump power, as well as an assessment of its temporal stability. Moreover, the effects of the aging of the saturable absorber material were studied after a time period of 6 months after the fabrication. It was observed that the general characteristics of spectral signal of the laser were maintained, with long-term stability.
In this paper we present some designs for hydrogen functional metamaterials and discuss the main parameters relevant in the optimization of their response.
Simultaneous measurement of strain and temperature based on clover microstructured fiber loop mirror
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