复旦大学光华青年学者论坛物理学分论坛诚邀海内外英才

一、论坛简介

复旦大学光华青年学者论坛，旨在为各学科领域的海内外优秀青年学者搭建学术交流平台。通过主论坛专题报告会、分论坛学术研讨会和人才洽谈会等形式，围绕国际学术前沿，探讨学科热点问题，促进学术交流与合作，为我校“卓越2025”人才引进计划的实施汇聚全球英才。

二、学科领域与分论坛设置

2016年度复旦大学光华青年学者论坛定于2016年12月29-30日在复旦大学举行。此次论坛设置1个主论坛和数学、物理、化学、工程与材料、信息科学、生命科学、医学一、医学二（附属医院）以及人文社会科学等9个分论坛（其中人文社会科学分论坛拟安排在2017年3月举行）。

物理学分论坛由复旦大学物理学系、现代物理研究所、大气科学研究院、先进材料实验室共同承办，诚邀海内外优秀青年学者报名参会。

三、申请条件

1）年龄不超过40周岁；

2）具有海外知名大学博士学位，或具有国内知名大学博士学位、并有海外科研工作经历；

3）在所从事研究的学科领域取得一定成绩或具有良好发展潜力；

4）有意向通过我校申报2017年度青年千人以及有意申请我校“卓越2025”人才引进计划的青年杰出人才。

四、申请方式

登录复旦大学人事处网站http://www.hr.fudan.edu.cn/，在“下载专区”下载论坛注册申请表，填写完成后于2016年12月15日前邮件发送至[e-mail]完成参会申请。

学校对申请人进行资格审核后，于2016年12月20日前向审核通过人员发送邀请函。

五、相关费用

受邀学者论坛期间食宿由学校统一安排，并提供交通补贴。

六、日程安排

12月28日全天 报到；

12月29日上午 开幕式及主论坛专题报告会，校领导、领军人才、青年千人代表专题报告；

12月29日下午 分论坛学术研讨会，相关学科带头人及受邀青年学者进行学术交流；

12月30日全天 人才洽谈会，对接有意向的受邀青年学者，组织参观座谈，就引进事宜交流洽谈。

七、联系我们

光华青年学者论坛

联系人：文婕、朱浩、刘晶

联系电话：[phone]

联系邮箱：[e-mail]

物理学分论坛

联系人：徐娥（复旦大学物理学系）

联系电话：[phone]

八、复旦大学简介

复旦大学始创于1905年，原名复旦公学，1917年定名为复旦大学。上海医科大学前身是1927年创办的国立第四中山大学医学院，1932年定名为上海医学院，1985年改名为上海医科大学。2000年，复旦大学与上海医科大学合并，组建新的复旦大学，进一步拓宽学科格局，增强办学实力，已经发展成为一所拥有哲学、经济学、法学、教育学、文学、历史学、理学、工学、医学、管理学、艺术学等11个学科门类的综合性研究型大学。

2009年6月，经中央人才工作协调小组批准，复旦大学成为国家“海外高层次人才创新创业基地”。

复旦大学有着一批传统的文、理、医优势学科，各个学科均衡发展，各具特色。近年来，各个学科不断加强整合与交叉，充分发挥多学科综合的优势，推动新兴学科发展，进一步加快建设世界一流学科的步伐。

目前，学校设有本科专业70个，拥有一级学科博士学位授权点35个，一级学科硕士学位授权点41个，博士专业学位授权点2个，硕士专业学位授权点27个，博士后科研流动站35个。

学校有17个学科领域进入ESI前1%，其中，化学、材料科学、临床医学进入全球1 ‰。学校有一级学科国家重点学科11个，二级学科国家重点学科19个，入选上海市Ⅰ、Ⅱ类高峰学科7个。有国家重点实验室5个，教育部工程研究中心5个，教育部重点实验室13个，卫生部重点实验室9个，总后卫生部重点实验室1个，上海市重点实验室15个，上海市工程研究中心4个；有教育部人文社会科学重点研究基地9个，中国研究院入选首批国家高端智库建设试点单位，马克思主义学院入选首批全国重点马克思主义学院，“中国大学智库论坛”秘书处落户复旦。学校在QS、U.S.News世界大学排行榜最新排名分别居世界第43、第121位，均位列内地高校第3位。

卿云缦缦，光华灿烂。建校一百一十年来，学校在人才培养、科学研究、服务社会、国际交流、文明传承与创新等方面为国家作出了突出贡献。

诚邀海内外优秀青年学者加盟复旦大学，共创世界一流。

物理学学科简介

复旦大学物理学科秉承“格物、致知、明理、通达”的理念，以先进的育人理念、雄厚的师资力量、和谐的管理氛围、优质的学术成果等优势被公认为国内最强的物理学科之一。本学科创建于1952年全国高校院系大调整，王福山、谢希德、周同庆、卢鹤绂、周世勋等德高望重的前辈大家为本学科竖立了学识与师德的制高点，他们将优良的学术操守渗入本学科的机体中，并为一代又一代的复旦物理人所传承。

本学科于2007年成为国家首批物理学重点一级学科，2012年入选上海高校一流学科（A类）建设计划。下含三个国家重点二级学科（理论物理、凝聚态物理、光学），和一个上海市重点二级学科（原子与分子物理）。拥有应用表面物理国家重点实验室、计算物质科学教育部重点实验室、微纳光子结构教育部重点实验室、应用离子束物理教育部重点实验室，以及国家级大学物理实验教学示范中心。

本学科现有专职教学科研人员116名，其中中国科学院院士9名（含兼职院士2名）、国家“千人计划”专家3名、美国物理学会会士5名、教育部“长江学者”特聘教授8名、国家杰出青年基金获得者18名(含B类3名)、科技部973项目首席科学家5名、国家“万人计划”领军人才2名、国家“青年千人计划”专家15名、优秀青年基金获得者6名、教育部新世纪优秀人才计划11名、基金委创新群体2个，以及教育部创新团队3个。

作为学科主体的复旦大学物理学系，率先在国内高校物理系中进行科研结构的改革，形成独立PI制、委员会管理制、教授大会决定制等规范化、职业化和国际化的特色，对杰出人才尤其是青年人才产生了巨大吸引力，已被国内外同行公认为最富有活力和吸引力的物理学院系之一。

Fudan-Guanghua International Forum for Young Scholars

Introduction

Young Scholars are the future of academic research. Fudan-Guanghua International Forum for Young Scholars aims to create communication platforms for global young talented scholars of various research fields to discuss cutting-edge research spotlights,to resolve frontier academic problems and to enhance cooperation among distinct disciplines. The Forum also offers young scholars a taste of research environment and a package of know-how for research in China, specifically at Fudan University. It would eventually foster the ‘Extraordinary 2025’ Elite Project to help attract from world-wide young researchers to work at Fudan University.

Forum Setup

Fudan-Guanghua International Forum for Young Scholars composes of one main forum and ninesub-forums, which cover Mathematics, Physics, Chemistry, Material and Engineering, Computer and Information Science, Life Sciences, Medicine I, MedicineII (Affiliated Hospital), Humanities and Social Science. It will be held from Dec.29th~Dec.30th with Humanities and Social Science Sub-forum separately scheduled at March. 2017.

Applicants need to:

1、Agebelow 40

2、Hold PhD degree from top universities abroad, or PhD degree from top Chinese universities with overseas working experience

3、Have remarkable achievements and great potentials in specific research area

4、Have intentions to apply “Thousand Young Talent Program 2017” with Fudan University,or “Extraordinary 2025” program of Fudan University

Application procedure:

1、Visit and download application form (“Fudan-Guanghua International Forum for Young Scholars”)

2、Complete the form and send it to [e-mail] by December 15th, 2016.

3、 Qualified applicants will receive official invitation letter before December 20th,2016, to participate in the Forum.

Schedule and travel compensation

date	time	agenda
2016.12.28	All  day	Registration
2016.12.29	Morning	Opening  ceremony Invited  lectures by University President, distinguished scholars and Thousand Youth  Talents representatives
	Afternoon	Lectures  and discussions between young scholars and directors of  University Departments in Physics sub-forum
2016.12.30	All  day	Detailed  communications on advanced supporting policies directly between departments  and young scholars

Accommodation,meals and travel allowance will be provided by Fudan University in accordance with national conditions.

Contact us

For Guanghua Forum

Liaisons:Jie WEN, Hao ZHU, Jing LIU

Tel:[phone]

E-mail:[e-mail]

For special forum on Physics

Liaisons:E XU (Department of Physics, Fudan University)

Tel:[phone]

About Fudan University

Fudan University was established in 1905, and merged with Shanghai Medical University in 2000,forming a new stronger Fudan University with a broader set of disciplines: medicine,sciences, and arts.

Fudan is home to14,100 undergraduates and associate degree candidates, 14,800 graduates including 3000 foreign degree candidates, 2,700 staff and 3,100 full-time teaching faculty members. Fudan hosts 39 members of Chinese Academy of Science and members of Chinese Academy of Engineering, 99 Chair Professors of ChangJiang Scholars Program, and 30 National Key Basic Research Program of China(also named “973 Program”) PIs. There are 28 schools and independent departments with 70 bachelor degree programs, 35 doctoral degree programs of Level I academic disciplines, 154 doctoral degree programs, 224 master degree programs, and 29 post-doctoral programs. There are 11 Level I national key academic disciplines and 19 Level II national key academic disciplines. Fudan hosts around 300 research institutes including 5 national key labs, 38 ministerial or provincial key labs and engineering centers, 5 “Project 985”Science and Technology Innovation Platforms and 7 “Project 985” Arts and Social Sciences Innovation Bases. Fudan has so far ranked top 1% over 17 disciplines with Essential Science Indicator, of which Chemistry, Material Science and Clinical Medicine out ranked top 0.1%. With the most updated QS and U.S.News ranking,Fudan ranked 43 and 121 respectively which made her the third place in Mainland China.

Over the past hundred years, the school has made outstanding contributions to the country by developing talent, innovating in science and technology, carrying forward civilization, and serving society. Students and teachers of Fudan always keep in mind the school motto “Rich in knowledge and tenacious of purposes,inquiring with earnestness and reflecting with self-practice,” maintain theschool spirit of “civilized, healthy, united, rousing,” practice the school traditions of being “hard working, rigorous, result-oriented, and innovative,”and develop the Fudan spirit of “patriotic service, academic independence, adiversity of approaches, and pursuit of excellence.” They make great contributions to the liberation and development of the people, the construction and development of the nation, and the civilization and progress of society.

Introduction of Physics Discipline at Fudan University

The Physics Discipline at Fudan has grown out of a long and distinguished tradition. In 1952, the Department of Physics was founded after unifying physics departments of 8 universities in East China, including Fudan University, Jiaotong University, Tongji University,Zhejiang University, Hujiang University, and Datong University. The earlier faculty members of the department, including Fushan Wang, Xide Xie, Shixun Zhou,Hefu Lu and Fujia Yang, set high standards for research and education. The continuous efforts of their successors to meet and surpass these high standards have led to the department becoming one of the top centers for physics research and education in China and East Asia.

The Physics Discipline at Fudan includes5 subsidiary disciplines: theoretical physics, condensed matter physics,optics, atomic/molecular/optical physics, high energy physics, and astrophysics. Fudan Physics has 4 state-funded key labs, including one National Key Laboratory of Applied Surface Physics and three Ministry of Education Key Laboratories for Computational Physical Sciences, Micro- and Nanophotonics, and Applied Ion Beam Physics.

There are a total of 116 faculty members working in the Physics Discipline at Fudan, including over 40 excellent young faculty recruited over the past 5 years as the result of a strategic fast expansion period. Twenty-two faculty members have served as associate editorsor on editorial boards for major international scientific journals, and twenty-five faculty members have served in the organizational committees of ~90international conferences. The physics faculty includes 9 national academy members, 3 senior and 15 junior national “Thousand Talents” distinguished professors, 5 fellows of the American Physical Society, 18 Chinese NSF early career awardees, and 8 “Changjiang Scholar” distinguished professors. The physics faculty has a notable international background, with 9 foreign members from the US, Italy, Australia, and Japan.

The goal of the Fudan Physics is todevelop into one of the leading Physics departments, for both education and research. To achieve this goal, Fudan physics will continue its success in recruiting internationally renowned physicists, developing strong and balanced education and research programs in all of the 5 sub-disciplines of physics, and by continuing to improve the atmosphere for faculty members to carry out creative and innovative research. The recent completion of a new Physics Building with 270,000 square feet of office and lab space and a 10,000 squarefeet nanofabrication clean is an excellent indicator of, Fudan Physics’commitment to pursue groundbreaking scientific discoveries, generate new transformational technologies, and, most importantly, to produce graduates with real-world experience in a state-of-the-art research environment that will allow them to seemlessly transition to top graduate programs or directly to modern industrial facilities.