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Characterization of a liquid-crystal pulse shaper over 0.36-PHz bandwidth

机译:在0.36-PHz带宽上表征液晶脉冲整形器

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Implementing programmable phase control using a liquid-crystal spatial light modulator (LC-SLM) over a bandwidth approaching a PHz presents specific challenges associated with calibrating the phase response of the device, which is characteristically nonlinear with both wavelength and applied voltage. Here we introduce a powerful new calibration protocol, which not only maps the phase response of the device as a function of wavelength and voltage across nearly an octave (400–770 nm), but also provides sufficient information to recover the thickness of the liquid-crystal cell and the Sellmeier equation of the liquid-crystal.
机译:在接近PHz的带宽上使用液晶空间光调制器(LC-SLM)实施可编程相位控制提出了与校准设备的相位响应相关的特定挑战,该特性的特征是波长和施加电压均呈非线性。在这里,我们介绍了一种功能强大的新校准协议,该协议不仅可以将设备的相位响应作为波长和电压的函数映射到接近八度(400–770 nm)的范围,而且还可以提供足够的信息来恢复液体的厚度。晶胞和液晶的Sellmeier方程。

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