Seminar

The Waterloo Institute for Nanotechnology (WIN) is pleased to present a WIN Seminar talk by Professor Jason R. Hattrick-Simpers from theDepartment of Materials Science and Engineering, University of Toronto, and a Research Scientist at CanmetMATERIALS.

Registration is required. If you have any questions or issues registering, please contact win-office@uwaterloo.ca 

How Robots Can Teach Us To Trust A.I.

Abstract

The Waterloo Institute for Nanotechnology (WIN) is happy to welcome Professor XiaoYu Wu to the WIN family! Professor Wu will deliver a seminar in order to introduce himself and his research to our community. Please join us in giving him a warm welcome. 

Registration is required. If you have any questions or issues registering, please contact win-office@uwaterloo.ca 

Professor German Sciaini from the Department of Chemistry will introduce you to the new development in his research lab where capabilities of Transmission Electron Microscopy in liquid are pushed to its extreme. You can now take images and even record videos of moving nanoparticles with unprecedented resolution. Learn how WatCo is helping Professor Sciaini's group commercialize his technology, and how various types of Intellectual Property come to play.

The Waterloo Institute for Nanotechnology (WIN) is pleased to present an WIN Seminar talk by Ning Chen, PhD, senior staff scientist and beamline responsible for the Hard X-Ray MicroAnalysis beamline (HXMA) at Canadian Light Source (CLS). 

The Waterloo Institute for Nanotechnology (WIN) is happy to welcome Professor Hamed Shahsavan to the WIN family! Professor Shahsavan will deliver a seminar in order to introduce himself and his research to our community. Please join us in giving him a warm welcome. 

Registration is required. If you have any questions or issues registering, please contact win-office@uwaterloo.ca 

The Waterloo Institute for Nanotechnology (WIN) is pleased to present an Innovation Speaker Series talk by Michael Raspuzzi, the Global Virtual and Boston Director for the Knowledge Society. 

Abstract:

Microwave systems are a central part of modern technology, with major applications including wireless communication and radar.   In recent years, microwave circuits and systems have also become leading platforms in the development of quantum computing, sensing, and communication systems.  For instance, the quantum processors being developed by large companies such as IBM and Google are superconducting microwave circuits which are controlled and readout by microwave photons.

Year after year, UWaterloo is ranked #1 in Canada (and #20 in the World according to 2017 PitchBook rankings) of universities that produce the most venture capitalist-backed entrepreneurs. Nanotechnology research and education programs at UWaterloo have measurably affected the local entrepreneurship scene. In this Nanotechnology Entrepreneurship series, we are complementing existing educational programming on the campus.

Year after year, UWaterloo is ranked #1 in Canada (and #20 in the World according to 2017 PitchBook rankings) of universities that produce the most venture capitalist-backed entrepreneurs. Nanotechnology research and education programs at UWaterloo have measurably affected the local entrepreneurship scene. In this Nanotechnology Entrepreneurship series, we are complementing existing educational programming on the campus.