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    • 5. 发明申请
    • Combination lightwave antenna and spectral analyzer and methods
    • 组合光波天线和光谱分析仪及方法
    • US20090153871A1
    • 2009-06-18
    • US12157503
    • 2008-06-11
    • Eric Dean RosenthalRichard Jay SolomonClark Eugene Johnson
    • Eric Dean RosenthalRichard Jay SolomonClark Eugene Johnson
    • G01J3/45
    • G01J9/04G01J3/4338
    • The present invention relates to sensor apparatus and methods, pertinent to electromagnetic energy in visible and other spectra, to capture and reproduce substantially all electromagnetic information within a relevant spectrum.This invention takes advantage of the wave properties of light, using tiny components dimensioned to the relevant wavelengths of light. Recent developments in nano-technology permit construction of wave-based detectors, instead of photon-counting receivers. These wave detectors can operate in the electromagnetic spectral range, including submillimeter, infrared, visible, ultraviolet and X-ray bands, with consequent low noise and tremendous sensitivity due to gain resulting from their inherent antenna construction. This invention provides for both non-contact and contact coupling methods between the sensor and the receiver/demodulator.
    • 本发明涉及与可见光谱和其他光谱中的电磁能相关的传感器装置和方法,用于在相关光谱内捕获和再现基本上所有的电磁信息。 本发明利用光的波特性,利用尺寸相对于相关波长的光的微小部件。 纳米技术的最新进展允许构建波基检测器,而不是光子计数接收器。 这些波检测器可以在电磁光谱范围内工作,包括亚毫米,红外,可见,紫外和X射线波段,由于其固有的天线结构产生的增益,因此具有低噪声和极大的灵敏度。 本发明提供了传感器和接收器/解调器之间的非接触和接触耦合方法。