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[交流] 东京工业大学物理系Yuta Murakami教授课题组招聘博后

东京工业大学Yuta Murakami教授课题组现有一个博后位置空缺（所属大组的Leader为：Prof. Akihisa Koga），拟开展工作为：理论研究高次谐波（High Harmonic Generation, HHG）和非平衡物理用于理解凝聚态物质与强电场的相互作用。此外，该工作也会有部分实验工作将在京都大学和东京都立大学合作进行。当然具体的研究计划将会再和候选人深入讨论，主要开展的具体工作如下：
1.时间响应的many-body技术（DMFT,GW）应用于凝聚态材料
2. 强关联系统的光致相变
3. 非平常场理论（Keldysh formalism）的数值模拟技术
该位置要求申请者有一定的固体物理理论基础和好的编程技能（Ab-initio calculations, Quantum Monte Carlo, Green's function methods)，非平衡物理方面不做要求（感兴趣即可）。

邮箱：yuta.murakami@phys.titech.ac.jp （yuta.murakami_at_phys.titech.ac.jp"(change "_at_" to "@"）

简历投递截止日期：2021.12.20，最早可于2022年4月入职。
项目持续时间3年，年薪420万-470万（Japanese Yen）（申请教授签，可以免税），另外每年可提供大约50万日元的差旅、交通和会议等费用。

以下附上英文内容，对于相关领域的博士可能更好理解这个工作：

We are looking for a postdoctoral researcher with a background in correlated electron systems and/or ab-initio simulations, to work on a project related to nonequilibrium physics of correlated materials. To be more specific, we will theoretically study the high harmonic generation (HHG) and related nonequilibrium phenomena to explore and understand interplay between condensed matters and strong electric fields. We are also planing to have a close collaboration with experimentalists in Kyoto University and Tokyo Metropolitan University. The specific research plan will be discussed with the candidate and, besides HHG, the research topic could also include the following directions:

・ Application of time-dependent many-body techniques (DMFT, GW) to realistic materials
・ Photo-induced phase transitions in strongly correlated systems (Mott insulators, excitonic insulators, etc. )
・ Development of numerical tools for nonequilibrium field theory (Keldysh formalism) as a part of the open-source project NESSi

The project requires a good understanding of theoretical condensed matter physics, enough coding skill and an interest in nonequilibrium physics (experience is not required). The work location shall be Tokyo in Japan.

Yuta Murakami教授近年来的代表作：
1. Physical Review letters 2018, 121 (5), 057405
2. Physical Review letters 2017, 119 (24), 247601
3. Physical Review letters 2014, 113 (26), 266404
4. Physical Review B 2015, 91 (4), 045128
5. Physical Review B 2016, 93 (9), 094509
6. Physical Review B 2017, 96 (4), 045125
7. Physical Review B 2018, 98 (7), 075102
8. Science Advances 2021, 7 (28), eabd6147
9. Physical Review Letters 2021, 127 (12), 127402

其他合作论文也有很多PRL和PRB就不一一列出了。
可以直接投递简历到教授邮箱，当然如果对这个岗位非常感兴趣，建议同时准备以下材料同时投递：

1. CV (with photo)
2. List of your papers and (oral) presentations
3. Summary of your research interest and achievements (at most 2 page )
4. Copy of your main papers (at most 3 papers)
5. Please provide information (affiliation and email) of two people whom I can ask your activity

其他如果有关于生活方面的问题可以直接留言或者私信我联系，与岗位有关的具体工作内容直接联系教授即可。

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