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The development of atom interferometry in the last few decades has led to high precision measurements of inertial effects and tests of fundamental physics [1]. New methods for higher sensitivity atom interferometers (AIs) are being explored, in particular the interrogation of atoms with optical cavities. The benefits of optical cavities would be higher optical power allowing large momentum transfer...
Over the past decade high-resolution and broadband spectroscopy has received a major boost from the advent of optical frequency combs (OFCs) [1, 2]. Direct frequency comb spectroscopy (DFCS) exploits high-speed multiplexing approaches in order to simultaneously detect a massive set of extremely accurate channels, allowing for ultra-broadband and high speed spectroscopic investigations [3, 4]. Here...
Numerical methods can be useful for the understanding of high-Q resonators, the interpretation of frequency comb formation and the tailoring of nonlinear phenomena. For specific applications like telecommunications or low phase noise microwave generation, a phase locked frequency comb or temporal pulse train is critical. Single intra-cavity dissipative temporal solitons have demonstrated to be attractive...
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