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    • 1. 发明申请
    • ENTANGLED-PHOTON MICROSCOPE
    • WO2003019282A3
    • 2003-03-06
    • PCT/US2002/026832
    • 2002-08-23
    • UT-BATTELLE, LLCDRESS, William, B.KISNER, Roger, A.RICHARDS, Roger, K.
    • DRESS, William, B.KISNER, Roger, A.RICHARDS, Roger, K.
    • G02F1/35
    • Systems and methods are described for an optical microscope using an interferometric source of multi-color, multi-beam entangled photons. A method includes: downcoverting a beam of coherent energy to provide a beam of multi-color entangled photons; converging two spatially resolved portions of the beam of multi-color entangled photons into a converged multi-color entangled photon beam; transforming at least a portion of the converged multi-color entangled photon beam by interaction with a sample to generate an entangled photon specimen beam; and combining the entangled photon specimen beam with an entangled photon reference beam within a single beamsplitter 370. An apparatus includes: a multi-refringent device 310 providing a beam of multi-color entangled photons; a condenser device 320, 325, 330, 335 optically coupled to the multi-refringent device 310, the condenser device 320, 325, 330, 335 converging two spatially resolved portions of the beam of multi-color entangled photons into a converged multi-color entangled photon beam; a beam probe director and specimen assembly 360 optically coupled to the condenser device 320, 325, 330, 335; and a beam splitter 370 optically coupled to the beam probe director and specimen assembly 360, the beam splitter 370 combining an entangled photon specimen beam from the beam probe director and specimen asssembly 360 with an entangled photon reference beam.
    • 4. 发明申请
    • MODULATION AND/OR DEMODULATION OF INTERFEROMETRIC SOURCE OF TWO-COLOR, TWO-BEAM ENTANGLED PHOTONS
    • 双色光束双色光源的干涉源的调制和/或解调
    • WO2003019283A2
    • 2003-03-06
    • PCT/US2002/026833
    • 2002-08-23
    • UT-BATTELLE, LLCDRESS, WilliamKISNER, RogerRICHARDS, Roger
    • DRESS, WilliamKISNER, RogerRICHARDS, Roger
    • G02F1/35
    • G02F1/39G02B21/06
    • Systems and methods are described for a quantum channel for the transmission of information. A method includes: down converting a beam of coherent energy to provide a beam of multi-color entangled photons; converging two spatially resolved portions of the beam of multi-color entangled photons into a converged multi-color entangled photon beam; changing a phase of at least a portion of the converged multi-color entangled photon beam to generate a first interferometric multi-color entangled photon beam 851; combining the first interferometric multi-color entangled photon beam 851 with a second interferometric multi-color entangled photon beam 852 within a single beam splitter 860; wherein combining includes erasing energy and momentum characteristics from both the first interferometric multi-color entangled photon beam 851 and the second interferometric multi-color entangled photon beam 852; splitting the first interferometric multi-color entangled photon beam 851 and the second interferometric multi-color entangled photon beam 852 within the single beam splitter 860, wherein splitting yields a first output beam of multi-color entangled photons 871 and a second output beam of multi-color entangled photons 871; and modulating the first output beam of multi-color entangled photons 871.
    • 描述了用于传输信息的量子信道的系统和方法。 一种方法包括:向下转换相干能量束以提供多色纠缠光子束; 将多色纠缠光子束的两个空间分辨部分会聚成会聚的多色纠缠光子束; 改变会聚的多色纠缠光子束的至少一部分的相位以产生第一干涉多色纠缠光子束851; 将第一干涉多色纠缠光子束851与单个分束器860内的第二干涉多色纠缠光子束852组合; 其中组合包括从第一干涉多色纠缠光子束851和第二干涉多色纠缠光子束852两者擦除能量和动量特性; 将第一干涉多色纠缠光子束851和第二干涉多色纠缠光子束852分裂在单分束器860内,其中分离产生多色纠缠光子871的第一输出光束和多色纠缠光子的第二输出光束 彩色纠缠光子871; 并调制多色纠缠光子871的第一输出光束。
    • 7. 发明申请
    • INTERFEROMETRIC SOURCE OF MULTI-COLOR, MULTI-BEAM ENTANGLED PHOTONS
    • 多色,多光束照明光子的干涉源
    • WO2003019284A2
    • 2003-03-06
    • PCT/US2002/026838
    • 2002-08-23
    • UT-BATTELLE, LLCDRESS, WilliamKISNER, RogerRICHARDS, Roger
    • DRESS, WilliamKISNER, RogerRICHARDS, Roger
    • G02F1/35
    • G02F1/39G02B21/06
    • Systems and methods are described for an interferometric source (500) of multi-color, multi-beam entangled photons. A method includes: downconverting a beam of coherent energy to provide a beam of multi-color entangled photons; converging two spatially resolved portions of the beam of multi-color entangled photons into a converged multi-color entangled photon beam; changing a phase of least a portion of the converged multi-color entangled photon beam to generate a first interferometric multi-color entangled photon beam; and combining the first interferometric multi-color entangled photon beam with a second interferometric multi-color engtangled photon beam within a single beamsplitter (588). An apparatus includes: a multi-refringent device (900) optically coupled to a source of coherent energy (503), the multi-refringent device (900) providing a beam of multi-color entangled photons; a condenser device (951, 961) optically coupled to the multi-refringent device the condenser device (951, 961) converging two spatially resolved portions of the beam of multi-color entangled photons into a converged multi-color entangled photon beam; a tunable phase adjuster (747) optically coupled to the condenser device (951, 961), the tunable phase adjuster (747) changing a phase of at least a portion of the converged multi-color entangled photon beam to generate a first interferometric multi-color entangled photon beam; and a beam splitter (588) optically coupled to the condenser device (951, 961), the beam splitter (588) combining the first interferometric multi-color entangled photon beam with a second interferometric multi-color entangled photon beam.
    • 对于多色多光束纠缠光子的干涉光源500描述了系统和方法。 一种方法包括:对一束相干能量进行下变频以提供将多色纠缠光子束的两个空间分辨部分会聚的多色纠缠光子束聚束成多个交错的多色纠缠光子束,该光束改变最小部分的相位 的收敛多色纠缠光子束,以产生第一干涉多色纠缠光子束,并将第一干涉多色纠缠光子束与单个分光器588内的第二干涉多色耦合光子束组合。一种装置包括 :多重折射装置900,光耦合到相干能量源503,多重折射装置900提供多色纠缠光子束,聚光装置951,961光耦合到多重折射装置,冷凝器装置951 ,961将多色纠缠光子束的两个空间解析部分会聚成会聚的多色缠结体 可调谐相位调节器747光耦合到聚光器设备951,961,可调谐相位调节器747改变会聚的多色纠缠光子束的至少一部分的相位,以产生第一干涉多色纠缠光子 光束和光束耦合到聚光器设备951,961的分束器588,分束器588将第一干涉多色纠缠光子束与第二干涉多色纠缠光子束组合。
    • 8. 发明申请
    • OPTICAL MICROSCOPE USING AN INTERFEROMETRIC SOURCE OF TWO-COLOR, TWO-BEAM ENTANGLED PHOTONS
    • 使用两色光源的双色光源的光学显微镜
    • WO03019282A2
    • 2003-03-06
    • PCT/US0226832
    • 2002-08-23
    • UT BATTELLE LLCDRESS WILLIAMKISNER ROGERRICHARDS ROGER
    • DRESS WILLIAMKISNER ROGERRICHARDS ROGER
    • G02B21/06G02F1/39G02F1/35G02B21/00
    • G02F1/39G02B21/06
    • Systems and methods are described for an optical microscope using an interferometric source of multi-color, multi-beam entangled photons. A method includes: downcoverting a beam of coherent energy to provide a beam of multi-color entangled photons; converging two spatially resolved portions of the beam of multi-color entangled photons into a converged multi-color entangled photon beam; transforming at least a portion of the converged multi-color entangled photon beam by interaction with a sample to generate an entangled photon specimen beam; and combining the entangled photon specimen beam with an entangled photon reference beam within a single beamsplitter 370. An apparatus includes: a multi-refringent device 310 providing a beam of multi-color entangled photons; a condenser device 320, 325, 330, 335 optically coupled to the multi-refringent device 310, the condenser device 320, 325, 330, 335 converging two spatially resolved portions of the beam of multi-color entangled photons into a converged multi-color entangled photon beam; a beam probe director and specimen assembly 360 optically coupled to the condenser device 320, 325, 330, 335; and a beam splitter 370 optically coupled to the beam probe director and specimen assembly 360, the beam splitter 370 combining an entangled photon specimen beam from the beam probe director and specimen asssembly 360 with an entangled photon reference beam.
    • 对于使用多色,多光束纠缠光子的干涉光源的光学显微镜,描述了系统和方法。 一种方法包括:将一束相干能量下变换以提供一束多色纠缠的光子; 将多色纠缠光子束的两个空间分辨部分会聚成会聚的多色纠缠光子束; 通过与样本的相互作用来变换收敛的多色纠缠光子束的至少一部分,以产生缠结的光子样本束; 并且将纠缠的光子样本光束与纠缠的光子参考光束组合在单个分束器370内。一种装置包括:多重纠缠装置310,其提供多色纠缠的光子束; 光耦合到多重折射装置310的聚光装置320,325,330,335,聚光装置320,325,330,335将多色缠结光子束的两个空间分辨部分收敛成会聚的多色 纠缠光子束; 与聚光装置320,325,330,335光学耦合的光束探针导向器和样本组件360; 以及光束分离器370,光束耦合到光束探针导向器和样本组件360,分束器370将来自光束探针导向器的纠缠的光子样本束和检体组件360组合成缠绕的光子参考光束。