理学院现有2个博士后流动站：数学、物理
数学：
负责人：张红莲, 电话： 021-66132411, E-mail：hlzhangmath@shu.edu.cn
联系人：赖耕, 电话： 021-66136865, E-mail：laigeng@shu.edu.cn
流动站主页：http://math.shu.edu.cn
一、流动站概述
数学博士后科研流动站于1999年批准设站，依托数学一级学科博士学位授予点，有上海高校一流学科——数学、上海市重点学科——运筹学与控制论、上海市教委重点学科——数学科学与技术。在2008到2020年上海市高校发展定位规划中，上海大学数学学科被列为“国家级”一线学科和“扶强”重点发展学科。
上海大学数学系现有教职工 109人，专职教师 93人，其中教授 29 名、博士生导师 36 人、副教授 28 名、院士 1 名、国家级高端人才 3 名、教育部长江学者 1 名、 杰青 1 名、中国科学院百人计划 1 名、上海级高端人才 1 名、上海领军人才 1 名、曙光学者 1 名、上海浦江人才计划 3 名、上海东方学者1名、上海青年东方学者 3 名，50 岁以下博士比例 100%，获得海外学位或有海外研究经历的人员比例为 95%；在校本科生 500 多人、硕士研究生 200 多人、博士研究生 60 多人。数学系有数学一级学科博士点、数学博士后流动站，数学一级学科硕士点和应用统计专业学位硕士点；有上海市教委重点学科、上海市重点学科、上海高校一流学科、上海市高校高原学科。上海市应用数学与系统科学研究所、上海大学核心数学研究所、上海大学优化开放实验室、上海大学张量与矩阵研究中心均挂靠数学系。
2022年 USNEWS《美国新闻和世界报导》全球最佳大学数学学科排名，上海大学数学学科位居第 103；美国 ESI 数据库最新数据，全球前 1% 的数学研究机构 有 333个，上海大学排第 154，进入全球前 4.62‰ 行列。
流动站自设站以来招收了超过50名数学学科以及众多交叉学科领域的优秀博士后人员。他们当中大多数申请到了中国博士后科学基金等科研项目资助。博士后人员还积极参与合作导师的科研项目，并在其中发挥了重要的作用，在国内外权威刊物上发表了多篇高质量的论文，取得了丰硕的科研成果。
二、二级学科及研究方向
（一）基础数学
研究方向:
1.矩阵（算子）代数及其表示
2.有限群论
3.数学物理
4.代数组合与代数编码
5.几何分析与凸体理论
6.凸体的Orlicz-Brunn-Minkowski 理论
7.代数表示论
博士后合作导师：王卿文、郭秀云、冷岗松、张红莲、高楠、毛雪峰、孙建才
（二）计算数学
研究方向:
1.微分方程数值方法
2.分数阶偏微分方程数值方法
3.边界层微分方程的计算方法
4.分岔混沌的应用理论和计算
5.信号处理和压缩感知
6.微分方程最优控制问题的数值方法
博士后合作导师：朱佩成、李常品、丛玉豪、叶万洲、刘东杰、吴华
（三）应用数学
研究方向:
1.非线性偏微分方程
2.偏微分方程数学分析及数值模拟
3.可积系统及其应用
4.复杂网络与复杂系统
5.材料科学中的数学建模
6.动力系统分支理论及其应用
7.调和分析及应用
博士后合作导师：盛万成、张大军、夏铁成、王瑞琦、许新建、姚锋平、娄洁、赵发友
（四）运筹学与控制论
研究方向:
1.最优化理论与方法及其应用
2.应用统计与金融数学
3.图论与组合最优化
4.组合优化算法及其应用
5.医学图像处理与机器学习
6.信号处理与无线通信中的优化
博士后合作导师：白延琴、康丽英、应时辉、彭亚新、徐姿、余长君
ResponsiblePerson：Zhang Honglian
Phone: 021-66132411 E-mail：hlzhangmath@shu.edu.cn
Contact Person: Lai Geng
Phone: 021-66136865, E-mail：laigeng@shu.edu.cn
Homepage：http://math.shu.edu.cn
1.Introduction
The Department of Mathematics at Shanghai University devotes itself to not only the development of Mathematical Science but also to its applications to the Society. The Department has programs (including all sub-fields of mathematics, i.e., Pure Mathematics, Applied Mathematics, Computational Mathematics, Operations Research and Cybernetics, Probability and Statistics) for both undergraduate and graduate students. The Department began its post-doctoral programs authorized by the Ministry of Education of China in the year of 1999.
The Department of Mathematics is the home of 109 well qualified people, among them 93 are full-time faculty members. The team of faculty members is formed by 29 professors, 36 doctoral advisors, 28 associate professors, 1 academician, 3 National excellent talents, 1 Shanghai excellent talent, 1 Chang Jiang Scholars Program, 1 National Science Fund for Distinguished Young Scholars Program, 1 Chinese Academy of Sciences Hundred Talents Program, 1 Shanghai Leading Talent, 1 Dawn Program of Shanghai Education Commission, 3 Shanghai Pujiang Talent Program, 3 Shanghai Oriental distinguished professors, 100% of doctors under the age of 50, 95% of overseas graduates or staff with overseas research experience. It has over 500 undergraduates, 200 graduates, and 60 doctoral candidates. The Department of Mathematics consists of one first-level doctoral program in mathematics, one mathematics postdoctoral research station, two first-level graduate programs in mathematics and statistics, Shanghai municipal education commission key disciplines, Shanghai key disciplines, Shanghai first-class discipline, and Shanghai plateau discipline. In addition, Shanghai Institute of Applied Mathematics and Systems Science, Institute of Core Mathematical Research of Shanghai University, Shanghai University Open Laboratory for Operations Research & Optimization, International Research Center for Tensor and Matrix Theory of Shanghai University, and Institute of Systems Science of Shanghai University are all affiliated to the Department of Mathematics.
In 2022, the SHU Department of Mathematics is ranked 103th in the World by USNEWS Mathematics Ranking of World Universities. According to the latest data from Essential Science Indicators database, there are 333 mathematics research institutions are recognized as world’s top 1%, among which, Shanghai University ranks 154, entering the top 4.62‰ in the world..
Since the approval of the post-doctoral program, the Department has hosted more than 50 post-doctors in mathematics and many interdisciplinary fields. Many of them succeeded in applying China Post-doctoral Science Foundations or other research grants, and have made good achievements in scientific research.
Research Fields
(1) Pure Mathematics
1. Theory of Finite Groups
2. Matrix Algebra and its Representations
3. Mathematical Physics
4. Algebraic Combination and Algebraic Coding
5. Geometric Analysis and Convex Body Theory
6. The Orlicz-Brunn-Minkowski Theory of Convex Body
7. The representation theory of Algebra
Advisors: Wang Qingwen, Guo Xiuyun, Leng Gangsong, Zhang Honglian, Gao Nan, Mao Xuefeng, Sun Jiancai.
(2) Computational Mathematics
1.Numerical Methods of Differential Equations
2. Numerical Methods of Fractional Partial Differential Equations
3. Numerical Boundary-Layer Methods for Differential Equations
4.Theory and Computation of Bifurcation and Chaos
5.Signal processing and Compressed Sensing
6.Numerical Methods of Optimal Control Problems Governed by Differential Equations
Advisors: Zhu Peicheng, Li Changpin, Cong Yuhao, Ye Wanzhou, Liu Dongjie, Wu Hua
(3) Applied Mathematics
1.Nonlinear Partial Differential Equations
2.Mathematical/Numerical Analysis of Partial Differential Equations
3. Integrable Systems and applications
4. Complex networks and complex systems
5.Mathematical Modeling with Applications to Materials Science
6.Bifurcation Theory and Its Application to Systems Biology
7. Harmonic analysis and Its Application
Advisors: Sheng Wancheng, Zhu Peicheng, Zhang Dajun, Xia Tiecheng, Wang Ruiqi, Xu Xinjian, Lou Jie, Yao Fengping, Zhao Fayou
(4) Operation Research and Cybernetics
1.Optimization Theory, Methods and Applications
2.Applied Statistics and Financial Mathematics
3.Graph Theory and Combinatorial Optimization
4.Combinatorial Optimization Algorithms with Applications
5.Medical Image Processing and Machine Learning
6.Optimization in Signal Processing and Wireless Communication
Advisors: Bai Yanqin, Kang Liying, Ying Shihui, Peng Yaxin, Xu Zi, Yu Changjun
物理
负责人：葛先辉 E-mail：gexh@shu.edu.cn
联系人：孙雅丽 E-mail：yalisun@shu.edu.cn
一、流动站概述
上海大学物理学科博士后流动站增设于2012年，依托单位为上海大学理学院物理系。上海大学物理系原为创建于1958年的上海科技大学物理系。物理学科是一级博士和硕士授予点，目前包括光学、无线电物理、凝聚态物理和理论物理四个二级学科。作为我校“211”建设的重点学科之一，经过上海市重点建设学科“信息物理”，“无线电物理”和上海市“物理学高原学科”的建设，物理学科在师资队伍、科学研究和人才培养方面取得了长足发展，是上海大学最早进入ESI收录的学科之一。
上海大学物理学科拥有一支高水平的科学研究队伍，现有教授37名，其中博士生导师39名（含兼职博导），副教授37名。其中包括中科院院士1人、澳大利亚科学院院士1人，长江学者1人、国家级海外高层次人才2人、上海千人4人、原中科院百人2人、上海市东方学者10人、上海市海外领军人才6人等。上海大学物理学科面向物理学科国际学术前沿方向、围绕国家发展战略和上海市产业经济重大需求，以物质科学前沿问题为对象，形成和发展了以下特色研究方向：超导与强关联物理、低维与计算物理、量子与信息物理、引力与高能物理、新能源物理与器件以及纳米结构物理等。主要研究基地包括上海市高温超导重点实验室、上海大学量子与分子结构国际中心、上海大学超快光子学实验室和量子人工智能科学技术研究中心等。物理学科近五年来承担国家自然科学基金项目和重点项目共40余项，立项总经费近亿元；教育部高等学校博士学科点专项科研基金、上海市基础研究重大和重点项目等30余项。每年平均在国内外一流学术刊物（如Nature、Science、Nature子刊、PNAS、Phys. Rev. Lett.、Phys. Rev. A, B, C, D, E、Appl. Phys. Lett.、Opt. Lett.、JHEP等）上发表论文100篇以上，申请和获得授权国家发明专利30余项。学科与美国、日本、芬兰、德国、英国、丹麦，澳大利亚和西班牙等国的高校和研究机构保持着密切的学术交往。
本流动站建设得到了上海大学的大力支持，拥有优良的科研环境和条件。热忱欢迎国内相关学科优秀博士毕业生进站从事科研工作！
二、二级学科及研究方向
(一)、凝聚态物理
研究方向：
1. 极端条件下凝聚态物质的性质及应用
2. 强关联电子系统、电子结构与量子相变
3. 超导物理、高温超导薄膜及其涂层导体
4. 纳米结构体系设计、碳纳米材料与器件物理
5. 超导磁通动力学和新型超导体的探索
6. 新能源材料与器件物理
7. 计算物理学
博士后合作导师：沈学础院士、蔡传兵、张金仓、曹世勋、任伟、颜明、邓振炎、查访星、敬超、查国桥、徐甲强、刘予宇、温维佳等
（二）、光学
研究方向：
1. 超快光子学、光与凝聚物质相互作用的超快动力学
2. 纳米光子学
3. 信息光子学和电子学
4. 光电功能薄膜、光伏物理与器件
5. 量子光学
6. 强光与等离子体物理
博士后合作导师：王奇、马国宏、陈玺、张永平、李春芳、曹清、杨希华、查访星、敬超等
(三)、无线电物理
研究方向：
1. 非线性动力学、物理介质的信息传输特性与理论
2. 微波、毫米波理论技术与应用
3. 微波超导
4. 太赫兹光子学与太赫兹自旋电子学
5. 介观与低维物理
6. 超导异质结及其电子学
博士后合作导师：王奇、李春芳、陈玺、蔡传兵、曹世勋、马国宏、曹清、查国桥、杨国宏、姜颖、葛军饴等
（四）、理论物理
研究方向：
1. 引力论与宇宙论
2. 粒子物理
3. 核物理
4. 量子信息
5. 规范场与引力对偶
博士后合作导师：田立君、葛先辉、张爱林、颜明、许晓明、杨国宏、姜颖、吴绍锋、辛子华、陈永聪等
Responsible person: Ge Xianhui, E-mail：gexh@shu.edu.cn
Contacts: Sun Yali, E-mail: yalisun@shu.edu.cn
I Introduction
The postdoctoral program in physics at Shanghai University (SHU) was founded in 2012, which is based on the Department of Physics, SHU. Four subjects in physics disciplines are opened at present: Optics, Radio Physics, Condensed Matter Physics, and Theoretical Physics. Physics discipline was one of earliest disciplines in SHU entering the ESI ranking system. Physics discipline had been recognized as and supported by Shanghai Key discipline, including Information Physics key discipline (2006~2009); Radio Physics key discipline (2010~2012), and the discipline was continuously supported by Shanghai plateau discipline (2015~2017).
At present, there are more than 110 staff members getting together around physics discipline, including 30 full professors, 50 associate professors and more than 30 lecturers. Among them, one Chinese academician, one Australian academician, two“100 talents”, and more than ten Extern scholars.
Physics discipline has very extensive international communications, we have built up solid relationship with top universities around the world, including Caltech in US, Cambridge in UK, Max Plank institute in Germany. We also established a broad collaboration in both domestic universities, top universities in Asia and around the world. We published more than 100 papers in high quality international journals very year.
II Subjects and Research Fields
(i) Condensed Matter Physics
Research Fields:
1. the properties and applications of condensed matter in extreme condition
2. strongly correlated electrons, electronic structures and quantum phase transition
3. superconducting physics, high temperature superconducting thin film and coating
4. design and fabrication of nanostructures, carbon nanomaterials and device physics
5. dynamics of superconducting magnetic flux and exploration of novel superconductor
6. new energy materials and device physics
7. computational physics
Collaborate Tutors: Shen Xuechu, Jeffrey Reimers, Cai Chuanbing, Zhang Jincang, Cao Shixun, Ren Wei, Yan Ming, Deng Zhenyan, Zha Fangxing, Jing Chao, Zha Guoqiao, Xu Jiaqiang, Liu Yuyu, Wen Weijia, et al.
(ii) Optics
Research Fields:
1. ultrafast photonics, ultrafast dynamics of light-condensed matter interaction
2. nanophotonics
3. informative photonics and electrics
4. photoelectric functional thin films, photovoltaic physics and devices
5. quantum optics
6. intense optics and plasma physics
Collaborate Tutors: Wang Qi, Ma Guohong, Chen Xi, Zhang Yongping, Li Chunfang, Cao Qing, Yang Xihua, Zha Fangxing, Jing Chao, et al.
(iii) Radio Physics
Research Fields:
1. theory of nonlinear dynamics, and information transport
2. microwave, millimeter and terahertz waves
3. microwave superconducting
4. terahertz photonics and spintronics
5. mesoscopic physics and low dimensional physics
6. superconducting heterostructure junctions and relevant electronics
Collaborate Tutors: Wang Qi, Li Chunfang, Chen Xi, Cai Chuanbing, Cao Shixun, Ma Guohong, Zhang Yongping, Cao Qing, Zha Guoqiao, Yang Guohong, Jiang Ying, Ge Junyi, et al.
(iv) Theoretical Physics
Research Felds:
1. gravitation
2. nuclear physics
3. particle physics
4. gravity/gauge duality
5. quantum information
Collaborate Tutors: Tian Lijun, Ge Xianhui, Zhang Ailin, Yan Ming, Xu Xiaoming, Yang Guohong, Jiang Ying, Wu Shaofeng, Xin Zihua, Chen Yongcong et al.
