为开拓本科生国际视野，学院持续推进与海外一流高校合作，开展多样化的海外交流项目。今年因受全球疫情影响，海外出行仍然暂缓。为使本科生仍能体验海外全英文课程，开拓国际学术视野，现组织开展剑桥大学暑期线上课程。
剑桥大学（University of Cambridge），是一所世界顶尖的公立研究型大学，坐落于英国剑桥。共有 120 位诺贝尔奖得主、11 位菲尔兹奖得主、7 位图灵奖得主曾在此学习或工作。剑桥大学在众多领域拥有崇高学术地位及广泛影响力，被公认为当今世界最顶尖的高等教育机构之一。
本次课程的授课老师为剑桥大学材料科学与冶金系系主任Jason Robinson教授，他是University Research Fellow of the Royal Society（皇家学会科研院士），Professor of Materials Physics, Department of Materials Science & Metallurgy, University of Cambridge（剑桥大学材料科学与冶金系 材料物理学讲席正教授），Head of Department (Joint), Department of Materials Science & Metallurgy, University of Cambridge（剑桥大学材料科学与冶金系系主任），Fellow, St John’s College, University of Cambridge（剑桥大学圣约翰学院院士）。
一、申请对象
全体本科生
二、项目时间
8月8日-8月30日
三、项目费用
参照相关规定，顺利完成项目经认定后可获得第四课堂学分，并按照学校和学院政策进行全额资助。经授课老师认定可获得剑桥大学官方课程项目结业证书。
根据本科生院规定，所有本科生均要取得第四课堂学分，才准予毕业。第四课堂学分认定需在校期间有至少一次出国（境）经历，受疫情影响今年参加本次线上课程亦可继续认定第四课堂学分，且不影响今后出国（境）的机会和资助名额。表现优异者，可优先推荐参加今后院级出国（境）交流项目。已获得第四课堂学分的同学亦可报名本次交流项目。
五、报名方式
预报名截止时间：3月30日
点击链接，填写预报名申请表：https://www.wjx.cn/vj/m95gRiB.aspx
六、咨询方式
项老师 xiangtt@zju.edu.cn 电话：87953267 qq：247338758
七、课程简介
Magnetic Materials: Theory and Application
Introduction
Magnetism has been known and applied since ancient times, and it lies at the heart of modern technology, enabling the generation, control and transmission of electricity, data storage in computing, and countless other applications. A detailed understanding of magnetism and its connection with electricity was a major achievement of 19th century physics; but the properties of lodestone, a magnetic material known since antiquity, were not understood until 1948, and
predicting the magnetic properties of materials remains challenging today.
The development of practical magnetic materials is a notable success of modern materials science, achieving a 50 times increase in the performance of hard magnetic materials from the steels known in 1900 to the rare earth magnets now ubiquitous in compact devices. After briefly covering the nature and origins of magnetic behaviour, this course will investigate how these properties can be controlled through material design and processing to meet the requirements of applications.
The course leader is Prof. Jason Robinson, Joint Head of Department of Materials Science & Metallurgy, University of Cambridge. The course covers not only the area of material science, but also engineering, physics and various interdisciplinary areas.
Course leader
Prof. Jason Robinson
Joint Head, Department of Materials Science & Metallurgy, University of Cambridge
Professor, Materials Physics, University of Cambridge
Fellow, St John’s College, University of Cambridge
Course plan
The 3- week academic programme (August 8-30)
Lecture: 8 professional lectures, 3 hours each time, 24 hours in total
Final test: online test in the form of multiple choice question
Schedule
Lecture 1 : Development of Advanced Materials: Sustainability & Catalysis
Lecture 2: Basic principles of magnetism & electromagnetism I
Lecture 3: Basic principles of magnetism & electromagnetism II
Lecture 4: Scientific Research: Materials & Surface Science
Lecture 5: Present & Future Batteries: In search of the perfect energy storage system
Lecture 6: Basic principles of magnetism & electromagnetism III
Lecture 7: Basic principles of magnetism & electromagnetism IV
Lecture 8: Energy Products
