Research Stories

Operators of nuclear power plants use stress data from the CNBC to ensure safe, reliable and economic operations.

Stress data obtained at the CNBC contributed to a guide that is used by nuclear operators in Japan to inform decisions about expensive replacements of in-core components that may be susceptible to cracking.

Access to neutron beams enables graduate students to conduct experiments in quantum magnetism—and thereby to develop advanced experimental and computational skills that can be readily applied to future careers in science and industry.

Former McMaster PhD student Dalini Maharaj studies novel magnetic materials that could very well usher in the next generation data storage technology, particularly in disk drive read-and-write heads. In principle, one could reduce the size of the data storage unit if the data density could be increased in these hard-disks.

University of Saskatchewan scientists use neutron beams to observe plant roots in soil to aid breeding of drought-resistant crops.

Everyone is waiting for the next big technological leap. As devices grow in complexity, the limits of materials and hardware are pushed toward their energetic and physical limits. Materials researchers across the globe redesign and tweak hardware to extend capabilities, but before too long these roadblocks will be unavoidable.

One of the University of Waterloo’s top scientists uses neutron beams to help develop the energy storage technology needed to power electric vehicles—and to reduce the need for fossil fuels to back up wind turbines.

University of Waterloo scientists are putting together pieces of the molecular puzzle behind Alzheimer’s disease by examining the role of disease-related biomolecules in model brain cell membranes.

Tomorrow’s trucks, trains, ships, and airplanes could be powered with clean hydrogen technology that exists today—and discoveries made by Canadian physicists could help make this sustainable technology even safer and more efficient.

Rolls Royce has applied for a patent for a new material for use in higher-efficiency jet engines, after collaborating with University of Cambridge scientists to study new alloys using neutron beams.

The super-ambitious ‘Internet of Things’ would allow smart devices everywhere to gather, share, and respond to data—and one Simon Fraser University chemist is making breakthroughs in understanding the materials that have just the right electro-mechanical properties to turn that vision into a reality.

By studying soft and biological materials with sophisticated tools like neutron beams, graduate students in biophysics are able to develop advanced analytical skills that can be transferred to a wide range of professional careers in all areas of Canada’s economy.