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Physics (Taught in English)

来源 : lxslaoshi 作者 : September

1. Program Objectives

This program aims to cultivate innovative talents in the field of physics, with solid and broad basic theory, systematic and deep specialized knowledge, and good cultural literacy and comprehensive quality. The graduates will be familiar with the latest developments and issues of the field, can conduct research work independently and achieve innovative performance in science or engineering technology. The specific objectives are as follows:

1. To enable students to achieve a rigorous scholarship, excellent scientific style and academic ethics;

2. Solid foundation of this discipline and the deep professional knowledge;

3. The ability of academic innovation, pioneering and independent research in the field of physical science;

4. An open academic horizon, familiar with the basic theory and knowledge of relevant disciplines, good at cross-penetration with other disciplines in the research work;

5. Obtaining innovative results in science or engineering technology;

6. A good cultural quality and overall quality.

2. Teaching and Learning Approaches and Methods

(1) The graduate students practice the system of co-cultivation of supervisor system and collective training. Usually, the graduate students mainly participate in the academic discussion and daily activities of the supervisor's group, and may also participate in the academic discussion of supervisors in similar disciplines. Students may also choose the direction of other supervisors in the same discipline conduct academic research and write a dissertation.

(2) The teaching of each course is mainly carried out in a thematic form. The teaching methods are heuristic, research-based, discussion-based, self-learning and student-teacher teaching. The teaching methods adopt a combination of tradition and multimedia.

(3) The main form of scientific research and training is to read the literature on the relevant directions, grasp the research methods and frontiers of disciplines, and then put forward the unsolved problems with the supervisor to discuss and carry out research. During the academic year, students are required in principle to attend various academic reports and academic lectures.

3. Major Research Fields

No.	Research Field	Introduction
1	Theoretical Physics	1.1 Exotic Quantum Phase and Transport Properties: exotic phases in ultracold atomic systems, singular topological phase, topological quantum phase transition, quantum spin, topological insulator in condensed matter system; 1.2 Soft Condensed Matter and Interdisciplinary Physics: Optical and Electrical Properties of Conducting and Semiconducting Polymers, Small Molecules at Nanoscale, Molecular Simulation on Biomembranes, Interactions between Nanoparticles and Biomembranes; 1.3 Nonlinear Physics: Bose-Einstein Condensation Nonlinear Theory, Nonlinear Integrable Theory and Nonlinear Symmetry of High Temperature and High Density Matter; 1.4 Mathematical Physics: Numerical Optimization of Equations, Symmetries and Conserved Quantities and Their Applications.
2	Optical	2.1 Information Optics: optical three-dimensional information theory, measurement and technology, optical image recognition and processing; 2.2 Laser Technology and Spectral Detection: New Spectral Detection Technologies and Devices and Their Applications in Environmental Protection and Medicine, Mid-infrared Laser and Fiber Laser Technology; 2.3 Nonlinear Optics: New optical lattice solitons, surface wave solitons, etc.; 2.4 Optoelectronic Devices and Sensing: Liquid Crystal/Polymer Optics, Fiber Optic Wave Technology, Metamaterial Design and Optical Properties.
3	Functional Materials Physics and Devices	3.1 New functional materials: nano-functional materials, optical functional materials, amorphous/nanocrystalline magnetic materials, ferroelectric materials, biomedical materials; 3.2 Semiconductor physics; key technologies in LED, solar cells, dilute magnetic semiconductors, oxide thin film materials, semiconductor transport theory;

4. Courses

Course Category	Course No.	Course Name	Credit	School Hours	Seme-ster	Remark
Gerneral Required Courses	1034501109	综合汉语 Comprehensive Chinese	5	80	1	7 Credits
Gerneral Required Courses	1034501105	中国社会概况 Overview of Chinese Society	2	32	2	7 Credits
Major Required Courses	0702X11301	高等统计物理 Advanced Statistics Physics II	3	48	1	9 Credits
	0702X11302	固体物理 Solid theory	3	48	2
	0702X11303	高等光学 Advanced Quantum Optics	3	48	1
Major Elective Courses	0702X11501	相变理论 Phase Change Theory	2	32	1	2 Credits
	0702X11502	凝聚态物理中的场论 Field Theory in Condensed Matter Physics	2	32	1
	0702X11503	量子运输理论 Quantum Transport Theory	2	32	1
	0702X11504	拓扑物理学 Topology Physics	2	32	2
	0702X11505	孤子理论 Soliton Theory	2	32	2
	0702X11506	压电材料 Piezoelectric Material	2	32	2
	0702X11507	超导物理 Superconductivity Physics	2	32	1
	0702X11508	半导体器件理论 Semiconductor device theory	2	32	2
	0702X11509	软物质物理导论 Introduction to Soft Matter Physics	2	32	1
	0702X11510	计算材料物理 Calculate Material Physics	2	32	1
	0702X11511	纳米结构与器件 Nanostructures and devices	2	32	1
	0702X11512	新能源系统概论 Introduction to New Energy System	2	32	1
	0702X11513	固体中的光跃迁 Light Transition in Solids	2	32	2
	0702X11514	现代光学原理 Modern Optical Principles	2	32	1
	0702X11515	非线性激光光谱学 Nonlinear Laser Spectroscopy	2	32	2
	0702X11516	光伏技术与系统 Photovoltaic Technology and Systems	2	32	2
	0702X11517	集成光路 Integrated Optics	2	32	2
	0702X11518	多重尺度方法在物理中的应用 The application of multi-scale method in physics	2	32	2
Other Required Parts	0702X11801	学术交流与学术报告 participate in academic lectures and academic seminars 10 times, and oral reports 2 times	1		1-6	2 Credits
Total Credits			The Minimal Credits is 20

5. Requirements of Dissertation

1. Topics have realistic or theoretical value, the correct argument, the method of science, innovative point of view, unique insights; logical, structured.

2. To accurately summarize and describe the essay topics (research direction) involved in the necessary basic theory, cutting-edge results and research developments. The main content and main points of view can reflect the latest research results in this research direction (field) and innovate, which can reflect the actual level of the problem of graduate students' finding and analyzing and solving problems.

3. The number of words to meet the requirements of the master's thesis (not less than 30,000 words), and more than 50 references.

6. Faculty Members

Name	Title	Main Research Field	Introduction
Changde GONG	Prof.	Theoretical Physics	Academician of the Chinese Academy of Sciences, doctoral supervisor, published more than 270 academic papers, including the top physics magazine Physical Review Letters on many papers, won several national awards, served as a number of international editorial board, training some of the graduate students have become academicians of the Chinese Academy of Sciences, professors of the first-class universities in the United States, researchers of the National Laboratory of the United States, and several Cheung Kong Scholars and ministers of the National Outstanding Youth Fund of the Ministry of Education.
Xianlong GAO	Prof.	Theoretical Physics	Ph.D., Professor, doctoral supervisor, of 5 National Natural Science Foundation of China, published more than 80 papers as the first author or corresponding author in Phys. Rev. Lett., and other Phys. Rev. journals or international peer reviewed journals, of citation more than 800 times. Interests: exotic quantum phases and quantum dynamics in ultracold atomic systems and condensed matter systems.
Ji LIN	Prof.	Theoretical Physics	Ph.D., Professor, doctoral supervisor, provincial young academic leaders, the provincial 151 Talents Project second level. More than 90 SCI academic papers have been published in major academic journals such as Phys. Rev. E, Opt. Express, Opt. Commun., Phys. Lett. A, Nonlinear Dyn., J. Math. Phys. Achievements by the State Education Commission science and technology, Zhejiang Provincial outstanding scientific research achievement first and second prize. Obtaining 5 the National Natural Science Fund Project, 4 provincial projects, the guidance of 4 master's graduate students.
Yifei WANG	Prof.	Theoretical Physics	Ph.D., Professor, doctoral supervisor, published over 20 research papers in the mainstream physics journals such as Phys. Rev. Lett. (4 articles), Phys. Rev. B, New J. Phys. Obtaining 2 the National Natural Science Fund Project, the guidance of seven master students.
Feng ZHAI	Prof.	Theoretical Physics	Ph.D., professor, doctoral supervisor. More than 30 SCI papers have been published as the first author or correspondent in the international periodicals such as Phys. Rev. Lett. (2 articles), Phys. Rev. B, Appl. Phys. Lett., Nanoscale, etc. He cited more than 500 times. Obtaining 3 the National Natural Science Fund Project, guidance 4 master.
Sheng LI	Prof.	Theoretical Physics	Ph.D., professor, doctoral supervisor, outstanding youth in Zhejiang provincial university, the provincial second-level talent project of 151, winner of the provincial outstanding youth fund. He has published more than 50 papers in the international authoritative magazines such as Phys. Rev. Lett. (1), J. Phys. Chem. A/B/C, Phys. Rev. series, obtaining 3 projects of National Natural Science Foundation of China, 9 ministerial topics and 6 master students.
Qing Liang	Prof.	Theoretical Physics	Dr. Qing Liang received his PhD in Physics form Nanjing University in 2008 and then joined the Department of Physics of Zhejiang Normal University (ZJNU). In 2015, he had visited Dr. D. Peter Tieleman’s group in Calgary University as a visiting professor for one year sponsored by China Scholarship Council (CSC). He is currently a full Professor of Physics and Dean of the Department of Physics in ZJNU. His research interests include molecular simulations on domain formation in biomembranes, interactions between nanoparticles/proteins and biomembranes, interactions between nanoparticles and proteins, etc.
Zhaoxin LIANG	Prof.	Theoretical Physics	Doctoral supervisor, Qianjiang Professor in Zhejiang provincial university. His research interests include ultracold quantum gases, non-equilibrium exciton-polariton Bose-Einstein condensate and nonlinear physics. He has published over 40 research papers in the mainstream physics journals such as Phys. Rev. Lett. (3 articles), Phys. Rev. A/B, New J. Phys. Obtaining 3 the National Natural Science Fund Project, the guidance of 4 master students and 3 Ph. D students.
Hui WANG	Prof.	Optical	Doctoral supervisor, doctoral supervisor, outstanding youth in Zhejiang provincial university, provincial 151 Talents , enjoy the special allowance of the State Council, excellent teachers of the whole country, May 1st Labor Medal, and provincial labor model winners. More than 50 academic papers, authorized invention patents 2, 1 Zhejiang Science and Technology Prize, obtaining more than 10 national and provincial research projects.
Weidong ZHOU	Prof.	Optical	Ph.D., professor, doctoral supervisor, outstanding youth in Zhejiang provincial university, provincial second prize of scientific research achievement and eleven five natural science fund outstanding thesis award each one, published more than 40 papers in SCI, of which one of the papers was highly cited by ESI and was granted 3 patents for inventions, one project of National Natural Science Foundation of China and one project of Qianjiang Talent in Zhejiang Province.
Shiyang LIU	Prof.	Optical	Ph.D., professor, doctoral supervisor, winner of provincial outstanding youth fund, outstanding youth in Zhejiang provincial university. The publication of academic articles in authoritative international magazines such as Phys. Rev. Lett. (4), Phys. Rev. A / B / E, ACS Nano, Appl. Phys. Lett., Opt. Lett., New. J. Phys. Nearly 50 papers, writing a monograph, two special chapter, obtaining 3 the National Natural Science Fund Project, the guidance of four master's students.
Shihua HUANG	Prof.	Functional Materials Physics and Devices	Ph.D., Professor, doctoral supervisor, published over 50 SCI papers in academic journals such as Solar Energy, Mater. Lett., J. Am. Ceram. Soc, IEEE T. Nanotechnol., Surface & Coatings Technology, and granted invention patent 2 , wining 1 second prize of teaching achievement in Zhejiang Province, 1 national natural science fund project, 4 provincial and ministerial level projects, more than 10 enterprise research projects, the guidance 8 master students.
Yunzhang FANG	Prof.	Functional Materials Physics and Devices	Ph.D., professor, doctoral supervisor, young and middle-aged leaders in the province, the province in the new century 151 Talent Project second level, obtaining 8 the National Natural Science Foundation of China Ministry of science and technology, ministry of education key science and technology projects, the provincial natural science fund , provincial science and technology plan key projects and other provincial and ministerial level scientific research projects, published SCI papers included in more than 30 papers, 6 invention patents granted, won 1 award of the Zhejiang Provincial Science and Technology.
Yanmin JIA	Prof.	Functional Materials Physics and Devices	Ph.D., Professor, doctoral supervisor, published more than 40 SCI articles, including Adv. Mater., Appl. Phys. Lett. (10 articles), J. Appl. Phys., Electrochem. Commu., Int. J. Hydrogen Energy, Compos. Sci. Technol. And so on, the papers cited more than 770 times, the highest single article he cited over 100 times, nine invention patents (open stage), obtaining a the National Natural Science Foundation, 2 provincial projects, the guidance of five master's graduate students.
Hai GUO	Prof.	Functional Materials Physics and Devices	Ph.D., Professor, doctoral supervisor. His research interests are luminescent materials, including up-conversion, white LED phosphors, glass, glass-ceramics, temperature sensor, scintillators, etc. He has obtained 3 National Natural Science Foundation of China, 3 provincial projects. He has published about 110 SCI papers with citation of about 3700 times and H-factor of 37. Now he acts as editor of J. Am. Ceram. Soc. His lab has complete experimental instruments. http://mypage.zjnu.edu.cn/guohai
Yixian Qian	Prof.	Optics	Ph.D., Professor, doctoral supervisor. His research interests are singular optics theory, light manipulation, and optical tweezers, etc. He has obtained 2 National Natural Science Foundation of China, 3 provincial projects. He has published about 40 SCI papers in Optics Express, Optics Letters, etc. He received his doctor degree at Chinese Academy of Sciences in 2009.
Huijun Li	Prof.	Theoretical Physics	Ph.D., Professor, doctoral supervisor, provincial young academic leaders. More than 40 SCI academic papers have been published in major academic journals such as Phys. Rev. A, Opt. Express. Obtaining 4 the National Natural Science Fund Project, 2 provincial projects, the guidance of 6 master's graduate students.