报告人: Prof. Zhan Wang, Institute of Mechanics, Chinese Academy of Sciences、

时间地点：10月16号上午10:20-12:20欧阳楼316

摘要：Water waves can span scales of hundreds of kilometers to a few millimeters with fascinating and complex behaviors. At small scales, when gravity and surface tension are equally important, water waves exhibit a large variety of phenomena, one of which is the quantum-like behaviors when droplets walk on the surface of a vibrating bath, and almost all the classic quantum experiments, such as single and double slit experiments, tunneling and locking orbits, can be realized in the Faraday-bouncing droplet system. At large scales, a large-amplitude internal solitary wave can excite a fully localized ‘rip’ region on the sea surface, which is called the ‘surface signature’or ‘tide rip’in the literature. This phenomenon is very much like Bohr’s model of the hydrogen atom in the semi-classical limit in quantum mechanics. We describe the reasons for these similarities based on the combination of modeling, numerical simulation and multi-scale analysis. 

王展，中国科学院力学研究所研究员、博士生导师。本科与硕士毕业于南京大学，2012年获威斯康星大学麦迪逊分校应用数学博士学位。毕业后曾先后担任伦敦大学学院研究助理（2012-2014）和巴斯大学讲师（2014-2016）。研究领域为应用数学与流体力学，主要从事非线性波、水弹性力学、电磁流体力学、流动稳定性等方向的理论与应用基础研究。

联系人：张庆海qinghai@zju.edu.cn