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Development of a carrier-envelope phase stabilized, few-cycle laser system for precision spectroscopy in the time domain

机译:研发一种用于时域精密光谱的载流子相位稳定的少周期激光系统

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While the method of attosecond physics enables us to understand the fast motion of atoms, molecules, and electrons [1-4], it was not clear whether the method can contribute to fundamental physics such as quantum electrodynamics (QED), quantum chromodynamics (QCD), and physics beyond the standard model. The ultimate objective of the present study is to demonstrate that the method of attosecond physic is crucial for fundamental physics and to show one direction for attosecond physics to take.
机译:虽然阿秒物理学方法使我们能够了解原子,分子和电子的快速运动[1-4],但尚不清楚该方法是否可以对诸如量子电动力学(QED),量子色动力学(QCD)的基本物理学做出贡献。 ),以及超出标准模型的物理学。本研究的最终目的是证明阿秒物理学方法对于基础物理学至关重要,并为阿秒物理学展示一个方向。

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