Semiconductor Thz Frequency Combs Exploiting Solution Processed Graphene

2020 45TH INTERNATIONAL CONFERENCE ON INFRARED, MILLIMETER, AND TERAHERTZ WAVES (IRMMW-THZ)(2020)

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摘要
We nano-engineer a miniaturized optical frequency comb synthesizer (FCS) comprising a heterogeneous THz quantum cascade laser integrated with a tightly coupled on-chip solution-processed graphene saturable-absorber reflector. This enable a high power (8 mW) FCS with over 90 optical modes to be demonstrated over more than 55% of the laser dynamic range, with over three-decade reduction of phase-noise over an additional 15% of this range. Furthermore, stable injection locking is demonstrated, paving the way to impact a number of key technologies and applications, including high-precision tunable broadband spectroscopy, quantum metrology and broadband THz nanoscopy.
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关键词
stable injection locking,phase noise reduction,optical frequency comb synthesizer,heterogeneous terahertz quantum cascade laser,on-chip solution-processed graphene saturable-absorber reflector,high power FCS,laser dynamic range,semiconductor terahertz frequency combs,nanoengineering,power 8.0 mW,C
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