物理学博士后流动站(Physics)

时间:2011-06-10浏览:3789设置

站  长:吴义政教授

秘  书:包妍佳

电  话:(021) 31245337/31242361

E-mail:  phys_postdoc_admin@fudan.edu.cn

主  页:   http://phys.fudan.edu.cn/

               http://www.optics.fudan.edu.cn/

        http://imp.fudan.edu.cn/

  

  

二级学科:

1.理论物理

研究方向:广义相对论、天体物理和宇宙学;量子场论和粒子物理;有机凝聚态理论、低维多电子理论、低维体系电子结构和光学性质;量子凝聚现象与统计理论;自旋电子学、磁学、凝聚态理论物理;量子自旋系统和动力学、软物质理论、经济物理;计算凝聚态物理和计算材料科学;电磁波在复杂介质中的传播;量子物质、量子信息及多体物理;关联体系新奇量子态的理论研究;理论生命科学、生物信息学;物理学基础理论及其交叉学科的前沿。

本专业领域内主要专家:

陶瑞宝(院士)、孙鑫(院士)、龚新高(院士)、吴詠时、吴长勤、林志方、黄吉平、马永利、施郁、虞跃、黄旭光、韦广红、Cosimo BambiAntonino Marciano、王靖、向红军、肖江、孔令欣、吴骅、左光宏、陈刚、李炜、李晓鹏、戚杨、万义顿、杨吉辉、周洋、朱黄俊、Satoshi Nawata等。

2.原子分子物理与原子核物理

研究方向:高能核物理,重离子核反应,激光核物理,探测器与电子学,粒子物理,强子物理;离子束技术在材料科学、生物医学、环境科学以及考古中的应用基础研究,等离子体中微观物理过程的研究;极端条件下的原子与分子物理,原子分子碰撞,原子光谱与原子结构,高电荷态离子物理,激光与原子分子相互作用,材料的物理设计及制备。

本专业领域内主要专家:

杨福家(院士)、马余刚(院士)、邹亚明、R. Hutton、黄焕中、方德清、陈金辉、马国亮、宁西京、宓詠、沈皓、施立群、陈重阳、王平晓、魏宝仁、王月霞、孔青、张雪梅、张斌、大川英希、符长波、沈成平、Daekyoung Kang、王小龙、罗涛、张松、赵凯锋、肖君、钟晨、傅云清、李增花、王旭飞、严力、姚科、沈扬、杨洋、郭玉萍、严亮等。

3.凝聚态物理

研究方向:先进功能(铁电、铁磁或多铁)材料的量子调控,表面和界面物理的实验研究;半导体低维量子体系,半导体纳米结构物性、制备和性质研究,半导体物理,半导体纳米光电子学、纳米加工与器件;计算物理生物学;分子电子学,复杂体系电子结构、输运和磁性的实验研究,低维复杂电子体系的演生物性,软凝聚态物理;功能超薄膜物理与器件;强关联体系与超导物理,纳米电子输运与材料电子结构的理论研究,纳米尺度物理特性研究及生物单分子研究,同步辐射应用。

本专业领域内主要专家:

王迅(院士)、沈健、金晓峰、资剑、侯晓远、封东来、蒋最敏、陆昉、车静光、吴义政、盛卫东、陈焱、李世燕、杨中芹、安正华、陈钢、高春雷、殳蕾、石磊、王熠华、谭鹏、吴施伟、武汝前、修发贤、杨新菊、晏湖根、张远波、张童、赵俊、殷立峰、钟振扬、陈唯、韦广红、蔡群、郑长林等。

4.光学

研究方向:微纳光子学,超构材料、光子晶体、等离激元光子学;固体光谱,超快激光与物质相互作用;功能超薄膜物理与器件;纳米结构光谱与成像;量子信息存储、精密光谱;非线性光谱学;光子学物理基础与器件;光电子功能材料和电荷转移过程;光生物学和激光医学;低维纳米结构磁性;光纤激光器件与技术。

本专业领域内主要专家:

沈元壤、沈学础(院士)、资剑、周磊、何琼、刘晓晗、季敏标、陈张海、田传山、肖艳红、谭砚文、刘韡韬、吴赛骏、陶镇生、陈良尧、徐雷、吴嘉达、刘丽英、郑玉祥、赵利、马世红、庄军、陆明、张宗芝、徐敏、许宁、孙树林、沈德元、王松有、李晶、朱鹤元、吴翔、费义艳、金庆原、赵海斌、刘建华、马炯、糜岚、倪刚、孙剑、肖力敏、张浩、张荣君、孔令豹、张祥朝等。




Director: Prof. Wu Yizheng

Secretary: Bao Yanjia

Tel: (86) 21-31245337/31242361

E-mail: phys_postdoc_admin@fudan.edu.cn

Homepage: http://phys.fudan.edu.cn/

http://www.optics.fudan.edu.cn/

http://imp.fudan.edu.cn/

  

  

Secondary subjects

1. Theoretical Physics

Main research orientations: general relativity, astrophysics and cosmologyquantum field theory and particle physics, organic condensed matter theorylow dimensional many electron theory, low dimensional system electronic structure and optical property, quantum condensation and quantum statisticspin electronics, magnetismtheory of soft mattereconophysics, computational condes matter physics and computational material scienceelectromagnetic metamaterialsplasmonics, nanophotonics, quantum computation and quantum informationpropagation of electromagnetic wave in complex media, quantum matter, quantum information and many-body theory, theoretical research on the novel quantum state of correlated system, theoretical biophysics, computational biophysics, biological information, fundamental theory of physics and the frontier of interdisciplinary.

Main experts: Prof. Tao Ruibao (Academician), Prof. Sun Xin (Academician), Prof. Gong Xingao(Academician),Prof. Wu Changqin,, Prof. Lin Zhifang, Prof. Huang Jiping, Prof. Shi Yu, Prof. Ma Yongli, , Prof. Wei Guanghong. Prof. Wu Yongshi, Prof. Yu Yue, Prof. Huang Xuguang, Prof. Xiao Jiang, Prof. Wang Jing, Prof. Xiang Hongjun, Prof. Hung Lingyan, Prof. Wu Hua, Prof. Cosimo Bambi, , Prof. Antonino Marciano, Prof. Zuo Guanghong, Prof. Chen Gang, Prof. Li Wei, Prof. Li Xiaopeng, Prof. Qi Yang, Prof. Wan Yidun, Prof. Yang Jihui, Prof. Zhou Yang, Prof. Zhu Huangjun, Prof. Satoshi Nawata

2.   Atomic, molecular physics and nuclear physics

Main research orientations: High energy nuclear physics, heavy ion nuclear reaction, laser nuclear physics, detector and electronics, particle physics, hadron physics; basic research on the application of ion beam technology in materials science, biomedicine, environmental science and archaeology, microphysics in plasma; atomic and molecular physics under extreme conditions, atomic and molecular collisions, atomic spectra and atomic structure, high charge state ion physics, laser interaction with atoms and molecules, physical design and preparation of materials.

Main experts: Prof. Yang Fujia (Academician), Prof. Ma Yugang(Academician), Prof. Shi Liqun, Prof. Zou Yaming, Prof. R. Hutton, Prof. Ning Xijing, Prof. Chen Chongyang, Prof. Huang Huanzhong, Prof. Mi Yong, Prof. Wei Baoren, , Prof. Shen Hao, Prof. Wang Pingxiao, Prof. Fang Deqing, Prof. Chen Jinhui, Prof. Ma Guoliang, Prof. Wang Yuexia, Prof. Kongqing, Prof. Zhang Xuemei, Prof. Zhang Bin, Prof. Ogawa Hideki, Prof. Fu Changbo, Prof. Shen Chengpingg, Prof Kang Daekyoung, Prof. Wang Xiaolong, Prof. Luo Tao, Prof. Zhang Song, Prof. Zhao Kaifeng, Prof. Xiao Jun, Prof. Zhong Chen, Prof. Fu Yunqing, Prof. Li Zenghua, Prof. Wang Xufei, Prof. Yan Li,Prof. Yao Ke, Prof. Shen Yang, Prof. Yang Yang, Prof. Guo Yuping, Prof. Yan Liang.

  

3.  Condensed matter physics

Main research orientations: quantum manipulation of advanced functional materials (ferroelectric, ferromagnetic or multiferroic materials) experimental research of surface and interface physics, low dimensional semiconductor quantum system, semiconductor physics, fabrications and characterizations of semiconductor nanostructures, semiconductor nano-electronics, nano-optics, nano machining and device, computational biophysics, molecular electronics, experimental research on electronic, transport and magnetic properties of complex systems, photonic crystals, biological color, plasmonics, low dimensional complex systems, soft condensed matter physics, functional thin-film physics and device, strongly correlated systems and superconductivity physics, theoretical research of nano electronic transport and electronic structure of materials, research on physical properties in nanoscales and biological single-molecule physics, applications of synchrotron radiation.

Main experts: Prof. Wang Xun (Academician), Prof. Shen Jian, Prof. Jin Xiaofeng, Prof. Hou Xiaoyuan, Prof. Feng Donglai, Prof. Jiang Zuimin, Prof. Lu Fang, Prof. Che Jingguang, Prof. Wu Yizheng, Prof. Sheng Weidong, Prof. Chen Yan, Prof. Li Shiyan, Prof. Yang Zhongqin, Prof. An Zhenghua. Prof. Chen Gang, Prof. Gao Chunlei, Prof. Shu Lei, Prof. Shi Lei, Prof. Wang Yihua, Prof. Tan Peng, Prof. Wu Shiwei, Prof. Wu Ruqian, Prof. Wu Saijun, Prof. Xiu Faxian, Prof. Yang Xinju, Prof. Yan Hugeng, Prof. Zhang Yuanbo, Prof. Zhang Tong, Prof. Zhao Jun, Prof. Yin Lifeng, Prof. Zhong Zhengyang, Prof. Chen Wei, Prof. Liu Xiaohan, Prof. Wei Guanghong, Prof. Cai Qun, Prof. Zhang Changlin.

  

4.  Optics

Main research orientations: optical properties of solid-state matters, the interaction between ultra-short pulse laser and matter and ultra-fast physics, physical fundamentals and devices of photonics, optics and spectrum properties of solid state material, photoelectric functional materials and charge transfer procedure, laser biology and laser medicine, nano-electronics, device and technology of fiber laser.

Main experts: Prof. Shen Yuanrang, Prof. Shen Xuechu (Academician), Prof. Zi Jian, Prof. Zhou Lei, Prof. He Qiong, Prof. Chen Liangyao, Prof. Xu Lei, Prof. Ji Mingbiao, Prof. Chen Zhanghai, Prof. Tian Chuanshan, Prof. Xiao Yanhong, Prof. Liu Weitao, Prof. Tan Yanwen, Prof. Liu Xiaohan, Prof. Wu Saijun, Prof. Tao ZhengSheng, Prof. Wu Jiada, Prof. Liu Liying, Prof. Zheng Yuxiang, Prof. Shen Deyuan, Prof. Zhu Heyuan, Prof. Li Jing, Prof. Zhao Li, Prof. Ma Shihong, Prof. Zhuang Jun, Prof. Lu Ming, Prof. Wang Songyou, Prof. Zhang Zongzhi, Prof. Xu Min, Prof. Xu Ning, Prof. Sum Shulin, Prof. Wu Xiang, Prof. Fei Yiyan, Prof. Jin Qingyuan, Prof. Zhao Haibin, Prof. Liu Jianhua, Prof. Ma Jiong, Prof. Mi Lan, Prof. Ni Gang, Prof. Sun Jian, Prof. Xiao Limin, Prof. Zhang Hao, Prof. Zhang Rongjun, Prof. Kong Lingbao, Prof. Zhang Xiangchao .


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