Canadian Centre for Electron Microscopy celebrates a decade of detail
Photo from the Faculty of Engineering
McMaster’s Canadian Centre for Electron Microscopy is celebrating its 10th anniversary this week by looking forward to the next 10 years.
In a day-long workshop called CCEM: The Next 10 Years, the centre will host researchers from around the world to examine the future of microscopy techniques and highlight some of the centre’s upcoming projects.
The concept for the CCEM developed in late 2002 and, with the support of more than 100 researchers from 24 universities across Canada and twelve government laboratories, the centre was established in 2004 by McMaster, the Canada Foundation for Innovation, the Ontario Government and FEI Company, which designs and manufactures microscope technology. The centre officially opened its doors in 2008.
Now, the centre is known internationally for the range of capabilities and expertise it offers, attracting researchers from more than 35 universities across Canada and around the world, as well as industry and research centres like IBM Research in Zurich.
“Even at the academic level, there’s no centre of the same magnitude internationally,” said engineering professor Gianluigi Botton, the founder and director of the centre. “Some facilities have one or two high-end microscopes or focus on one microscopy technique, but here we have a collection of instruments from high-resolution scanning microscopes to our atom probe. That means we have an incredible breadth of capabilities that allow users a broader scope of investigations on the structure of materials, which then leads to understanding materials from more perspectives and in better details.”
The centre has been involved in a wide range of projects, including working with the Royal Ontario Museum to probe the structure and chemistry of meteorites, the Canadian Nuclear Laboratories to understand the evolution and degradation of alloys used in nuclear power plants, and helping the City of Hamilton assess the integrity of its water infrastructure.
Researchers at the CCEM have worked on fuel cell technology with Ballard Power, the world’s leading provider of clean energy and fuel cells. And they’ve collaborated with chemistry professor Gillian Goward and General Motors to better understand battery materials and how they evolve during repeated charge and discharge processes.
The next 10 years promise to be exciting, says Botton, who also holds the Canada Research Chair in the Electron Microscopy of Nanoscale Materials and was recently elected Fellow of the Royal Society of Canada.
“We will be investing in new infrastructure that will keep us on the leading edge of electron microscopy internationally and replace some of the older instruments,” he explains. “We’ll be working on developing new and innovative tools, and broadening our scope towards healthcare applications. We’ll continue to diversify what the centre can offer while maintaining a strong core of activities for which the centre is well known. The next 10 years will be very exciting.”