多学科·反复横跳·诺奖得主：科研的尽头是跨学科？【迈克尔莱维特】

Structural biology and multiscale modeling of complex systems in chemistry

复杂的化学系统的结构生物学和多尺度模型

•Area of study Originally：mathematics and physics

•Not having studied chemistry systematically

【Route】Starting with mathematics and computer science，Going to physics，Involving chemistry biology，ending up with medical applications，approved great importance in economics and social sciences

•起初的研究领域为数学物理

•没有系统学习过化学

【路径】从数学与计算机科学开始并发展到物理，后领域扩展到化学、生物。知识交叉成果：医学应用显示出对经济与社会科学的重要意义

Multi-disciplinary work makes sense

M~D science is not taught in courses ，Instead there is chemistry physics Mathematics and computer science When in fact they are related internally，The mode of Separate Teaching of Subjects，One of the reason is in departments when college or university hire a young person，The course schedule starts with beginning classes，thus teachers keep the fields being what they are——But in reality problems involve everything（Knowledge in every subject taught in Classrooms）Say， the essence of problems works in the edge of disciplines.For example，People in physics department may have the answer to the question of chemistry department and vice versa. So although there is a gap between educational system and problem solving in reality，There needs to be courses in multidisciplinary work，AndIt needs it needs to be emphasized that the important thing is not the exact field but the curiosityAbout solving the problems，It's also clear that todayWe need to learn less knowledge——So much is available on the internet and Therefore you could argue that a teacher should not have to tell youWhat you can find yourself，（He thinks）Young children are learning amazing things by just watching videos online，Namely if you are curious really ，you can watch talks and learn yourself，which is going to be of great importance.At the same time，One still needs to learn how to think

，How to be curious how to ask questions…