antennas; inductance; microcavities; micromechanical resonators; microwave detectors; noise measurement; optical filters; submillimetre wave detectors; superconducting devices; NEP; antenna coupled MKID; antenna design; bath temperature; black body source; box-in-box configuration; device simplicity; frequency 1.54 THz; fundamental noise sources; intrinsic multiplexibility; microwave kinetic inductance detectors; multiplexible superconducting microresonator detectors; noise equivalent power measurement; optical filters; optical power efficiency; photon-generation-recombination noise; photon-noise limited; power 80 aW to 700 fW; radiation power function; readout power function; response measurement; saturation level; Detectors; Microwave filters; Noise; Optical filters; Optical resonators; Photonics; Superconducting microwave devices;
机译:TES检测装置的NEP达到10〜(-19)W / Hz〜(1/2)
机译:通过CMOS中的小说进一步的Biquad-天线耦合的低NEP探测器宽带传感宽度。
机译:在光纤磁力计中以10 Hz的频率演示3 pT /平方根(Hz)
机译:在复杂超导微管探测器中,在1.54 THz中示范3.8×10 α19 sup> w / hz 1/2 sup>
机译:薄膜超导体中的高频电子动力学及其在快速,灵敏的THz检测器中的应用。
机译:基于从0 Hz到10 THz的非电离电磁场的新兴医疗应用
机译:DC偏置超导纳米线探测器微波复用读数的演示
机译:热电子直接探测器:在亚毫米波下NEp = 10(sup -20)W / Hz的可行性