AME - Fabricating atomic-scale heterostructures
Two-dimensional materials are atomically thin materials that exhibit exciting mechanical, electronic, optical, and chemical properties. In this project, we will be combining layers of these materials together to form atomically sharp heterostructures.
The goal of the project is to create atomic-scale heterostructures for quantum applications. Students will learn how to manipulate atomically-thin sheets of materials using viscoelastic stamp transfer methods. Students will also get experience with light microscopy to assess the formed heterostructures. Finally, students will coordinate with graduate students who will conduct additional testing on the structures.
Students do not need any prior experience with nanoscience, but should be willing to learn new things.
We are one of the leading groups in the world in nanoscale analysis of 2D materials. The fabrication of heterostructure samples is an important part of our work, so successful students will be involved in cutting-edge nanoscience research.