This course is an advanced, discussion-based look at the principles and measurement of properties related to polymer interfaces and thin films. This topic is of central importance to numerous applications/fields at the forefront of today's leading technologies, including nano- and bio-technology. The course will cover topics such as interfacial energy and wetting, thin film characterization techniques, and mechanics of thin films.

Description not available at this time

This course will cover topics in quantum information systems including quantum communications, quantum networking, distributed quantum key distribution, and distributed quantum computing. Students will be expected to present papers on these topics and to participate in classroom discussion. Although no project is required, one of the objectives of this seminar is to identify MS and PhD level research problems in the area of quantum information systems.

This course is part of the Political Science and Legal Studies Undergraduate Research Engagement Program (UREP). When possible, student interests are paired with faculty in need of research assistance.

Description not available at this time

Description not available at this time

Description not available at this time

Description not available at this time

This course is part of the Political Science and Legal Studies Undergraduate Research Engagement Program (UREP). When possible, student interests are paired with faculty in need of research assistance.

This course is part of the Political Science and Legal Studies Undergraduate Research Engagement Program (UREP). When possible, student interests are paired with faculty in need of research assistance.