Applications of ultrafast laser direct writing: from polarization control to data storage
Applications of ultrafast laser direct writing: from polarization control to data storage
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DOI：
10.1117/12.2291506
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发表时间：
2018-02
期刊：
影响因子：
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通讯作者：
A. Donko;T. Gertus;G. Brambilla;M. Beresna
中科院分区：
文献类型：
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作者：
A. Donko;T. Gertus;G. Brambilla;M. Beresna
超快激光直写技术是近20年来从材料抗强光场的基础研究中发展起来的一项引人注目的技术。它的发展见证了许多令人困惑的现象的发现和有用应用的演示。如今，超快激光写入被视为一项具有巨大潜力的技术，正在迅速进入工业环境。然而，不到10年前，超快激光器仍然局限于研究实验室。本演讲将概述超快激光器的一些独特功能，并给出其在光学数据存储，偏振控制和光纤中的应用实例。
Ultrafast laser direct writing is a fascinating technology which emerged more than two decades from fundamental studies of material resistance to high-intensity optical fields. Its development saw the discovery of many puzzling phenomena and demonstration of useful applications. Today, ultrafast laser writing is seen as a technology with great potential and is rapidly entering the industrial environment. Whereas, less than 10 years ago, ultrafast lasers were still confined within the research labs. This talk will overview some of the unique features of ultrafast lasers and give examples of its applications in optical data storage, polarization control and optical fibers.