Acquisition of Equipment for a Multipurpose Fiber Optic System

0076473图卢兹DMR材料研究仪器项目的这一奖项将使莱格哈伊大学能够获得一种多用途的高功率光纤系统，该系统可以在连续波或脉冲模式下运行，并能够产生皮秒或飞秒脉冲。该系统将大大加强目前的研究能力，并扩大最近获得的GOALI研究赠款的影响。利哈伊的设施将扩大和发展，以运营一个全面的、最先进的光纤实验室。该实验室将发挥以下作用：(1)揭示玻璃显微镜和光学非线性之间的关系，并为基础玻璃研究和光纤光学之间的必要联系提供必要的联系；(2)培养了解光学和材料的光子学博士研究生(目前非常短缺)；(3)作为大学和行业之间的联系纽带；(4)作为LeHigh集成光学和光通信材料实验研究的极。DMR材料研究项目仪器的这一奖项将使利哈伊大学获得一种多用途高功率光纤系统，该系统可以在连续波或脉冲模式下运行，并能够产生皮秒或飞秒脉冲。该系统将大大加强目前的研究能力，并扩大目标研究补助金的影响。

0076473ToulouseThis award from the instrumentation for materials research program in DMR will allow Leghigh University to acquire a multipurpose high-power fiber optic system, which can be operated in the CW or pulsed mode and capable of producing picosecond or femtosecond pulses. The system will significantly enhance present research capabilities and broaden the impact of a recently acquired GOALI research grant. The Lehigh facility will be expanded and developed to op a full-scale, state-of-the-art Fiber Optics Laboratory. This laboratory will serve: (1) to uncover the relationship between the glass microscopics and optical nonlinearities and provide a the necessary link between fundamental glass research and fiber optics; (2) to train PhD level graduate students in photonics (these are in very short supply at the present) who understand optics as well as materials; (3) as a link between the university and industry; (4) as a pole for experimental studies in materials for integrated optics and optical communications at Lehigh. This award from the instrumentation for materials research program in DMR will allow Lehigh University to acquire a multipurpose high-power fiber optic system, which can be operated in the CW or pulsed mode and capable of producing picosecond or femtosecond pulses. The system will significantly enhance present research capabilities and broaden the impact of the GOALI research grant.