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Controlling and reading interference structures created by strong field ionizing attosecond electron wave packets

机译:控制和读取强场电离阿秒电子波包所产生的干扰结构

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摘要

Attosecond Physics builds on the properties of electron wave packets created by strong-field ionization close to the maxima of the field oscillations which are subsequently driven by the strong laser field on a sub-cycle time scale [1]. These wave packets can lead to interference structures in energy or momentum space. While interference of wave packets created during different field cycles (inter-cycle) give rise to the well-known above-threshold ionization (ATI) peaks, interference of wave packets that are created during the same laser cycle (intra-cycle) can lead to a hologram of the binding potential [2,3].
机译:阿秒物理学的基础是强场电离所产生的电子波包的特性,其接近于场振荡的最大值,该场振荡随后在一个子周期的时间尺度上被强激光场驱动[1]。这些波包可能导致能量或动量空间中的干扰结构。虽然在不同场周期(周期间)中产生的波包干扰会产生众所周知的阈值以上电离(ATI)峰,但在同一激光周期(周期内)中产生的波包干扰可能会导致结合电位的全息图[2,3]。

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