University COVID-19 update

Visit the University's Coronavirus Information website for more information.

The Waterloo Institute for Nanotechnology main office (QNC 3606) is closed until further notice. If you are a student trying to pick up or return a lab/office key, please email for assistance. All other inquires can be directed to For emergencies, contact Campus Police.

Waterloo-Cambridge Collaboration

The Group

A workshop in Advanced Nanomaterials for Energy and Healthcare applications was held at the University of Cambridge in July 2016. A delegation of 10 WIN faculty, led by Dr Arthur Carty, met with leading Cambridge researchers in nanomaterials development for a 2-day event at the Cambridge for Advanced Photonics and Electronics (CAPE). The workshop was opened by Sir Mark Welland, and the WIN team was welcomed by Professors Arokia Nathan and William Milne from the Electrical Engineering Department at UC.

Each participant gave presentations on their current work, and areas of synergy and mutual strengths between the two institutions were identified. Potential collaborations between individual WIN members and Cambridge researchers were identified, and support for further interaction has been provided.

The team for WIN included the following faculty members, with their presentation titles:

  • Hany Aziz, ECE: OLEDs – Challenges and Research Opportunities
  • Adam Tsen, Chem: Quantum Materials in the 2D Limit
  • Yuning Li, ChE: Development and Application of Polymer Semiconductors for Flexible and Printable Electronics
  • Juewen Liu, Chem: Catalytic DNA and Nanoparticles
  • Michael Pope, ChE: Controlling the Assembly of Exfoliated 2D Nanomaterials – From Blocking Layers to High Surface-area Electrodes
  • Na Young Kim, ECE: Carbon Nanotube Transport and Exciton-Polarization Condensation
  • Vassili Karanassios, Chem: Impurities in Advanced Nano-materials and Theoretical and Experimental Approaches to Miniaturization for Environmental and Healthcare Applications
  • William Wong, ECE: Heterogeneous Integration – Considerations for Flexible Electronics from Thin-film to Nano-scale Devices
  • Germán Sciaini, Chem: Observing Dynamics with Atomic Spatiotemporal Resolution
  • Zhongwei Chen, ChE: Advanced High Energy Lithium-ion Batteries and Zinc-air Batteries

The University of Cambridge faculty members and researchers included the following, with presentation topics:

  • Michael Kelly: Manufacturing Semiconducting Tunnel Devices
  • Sungsik Lee: Transparent Semiconducting Oxides for Multifunctional Electronics: quantitative insights through semiconductor and device physics
  • Twafique Hassan: Functional inks of 2D materials
  • Luigi Occhipinti: Large-Area Electronics for wearable and implantable smart systems
  • Pritesh Hiralal: Powering the Internet of Things: Designing alternative form factors for Energy Storage Devices
  • Sohini Kar-Narayan: Nanogenerators – Small Power, Big Impact
  • Stephan Hofmann: Integrated manufacturing of nanomaterials
  • Matthew Cole: Graphene & Carbon Nanotube-based Field Emission Devices
  • Hannah Joyce: Semiconductor nanowires: from growth to device applications

Cambridge-WIN Seminar Series

Does anyone read these?

One of the milestones identified in the 2016 workshop was continual faculty exchanges in each direction, in the form of a seminar series at both institutions. On March 27th 2017, Professor Arokia Nathan, Chair of Photonic Systems and Displays at the Department of Engineering at the University of Cambridge, gave a presentation entitled, “Transparent and Flexible Oxide Nano-Electrodes” as part of the WIN Distinguished Lecturer Series. This presentation was the first in the Cambridge-Waterloo Seminar series, with 2 to 3 planned in each direction every year.


The Group

The mission of the University of Cambridge is to contribute to society through the pursuit of education, learning and research at the highest international levels of excellence. It is one of the world’s leading research universities, and offers a wealth of study opportunities for individuals from around the world. As a global university, Cambridge disseminates the results of its teaching and research to a worldwide audience, and through its scholars and alumni, makes a distinctive contribution to global society. Through its education, learning and research, the University of Cambridge is active in every part of the world.