讲座题目：二维材料与器件的裁剪性能
主讲人：David Perez de Lara教授（西班牙马德里康普顿斯大学）
讲座时间：2019年11月21日14:00
讲座地点：协同创新中心2楼会议室
欢迎有兴趣的师生前来聆听！
化学与材料工程学院
2019年11月18日
讲座内容简介：
The optical and electronic properties of 2D materials and devices can be tuned in an easily and controlled fashion by different strategies. Proximity effects and nanostructuration are two important ingredients to modify the intrinsic properties of materials. New methods and concepts in the fabrication with 2D materials allow for designing novel devices in terms of properties and functionalities. Flexible, transparent and tunable devices can be fabricated almost at will by assembling building blocks of 2D materials with different properties. The tunability of the material properties can be achieved by different strategies like Straintronics, Twistronics, Iontronics, Valleytronics, one of those strategies is Strain Engineering, which provides a powerful route to modify the electrical and optical properties in 2D materials and thus it is an excellent candidate to be used as an external tuning knob. Some 2D materials can hold up to a 10-20% of strain before rupture, unprecedented in any conventional semiconductor based device. Furthermore, strain engineering techniques opens the possibility to explore new pathways in the understating of the intrinsic nature of 2D materials with different properties like 2D superconductors, magnetic and their applications.
主讲人简介：
David Perez de Lara教授是世界著名大学马德里康普顿斯大学（Universidad Complutense de Madrid）科学院理论物理系的教授，2003年博士毕业于马德里自治大学(Universidad de Autonoma)与意大利国家研究委员会（Consiglio Nazionale delle Ricerche），2007年前往西班牙康普顿斯大学就任副教授，2012年晋升教授，资深研究员。大卫教授主要领域有（1）研究低温物理，包括氦原子同位素低温物理、光学冷冻器及液氦制备装置；（2）微纳加工，包括电子束/聚焦离子束刻蚀，光学刻蚀，无掩模刻蚀与智能打印无掩模光刻技术；（3）光电器件制备，主要测试低温光照条件下器件的电子传输性能，以及X射线/微波/强磁场条件下的电子动态过程。在Chemistry Society Review等顶级期刊论文60余篇，多篇文章成为领域内研究热点论文。主持欧盟框架基金、玛丽居里基金等基金。
