Fieldoscopy at the quantum limit. [PDF]
Zimin DA, Ashoka A, Reiter F, Rao A.
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A Six-Degree-of-Freedom (6-DOF) Simultaneous Measurement Method Using Dual-Wavelength Laser Sources for Compensation of Air-Turbulence-Induced Beam Deviation. [PDF]
Long F, Xia X, Zhang B, Feng Q.
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Near space hyperspectral interferometric imaging image quality assessment with a physically grounded dataset. [PDF]
Jiang C, Tong C, Ma Z.
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Power-efficient ultra-broadband soliton microcombs in resonantly-coupled microresonators. [PDF]
Zhu K +20 more
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Intramodal stimulated Brillouin scattering in suspended AlN waveguides. [PDF]
Xue H +5 more
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Research on Tbps and Kilometer-Range Transmission of Terahertz Signals. [PDF]
Yu J, Chen J.
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Research on High-Precision Measurement Technology of the Extinction Ratio Based on the Transparent Element Mueller Matrix. [PDF]
Xu R, Hu M, Cao X, Ren J.
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Quantifying cooperative FA<sup>+</sup>/MA<sup>+</sup> ion migration in mixed perovskites via nano-infrared imaging. [PDF]
Liang J, Lan MH, Ding S, Xia XH, Li J.
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Approaching the standard quantum limit of a Rydberg-atom microwave electrometer. [PDF]
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The technique of focused heterodyne detection, wherein a diffraction-limited lens is used to focus the signal beam to an Airy pattern, is described as a means of greatly reducing the angular alignment requirement of the conventional optical heterodyne system.
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