McMaster University

The research community that leveraged neutron beams to revolutionize computer hard drives is now paving the way for future quantum innovations.

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.

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.

Researchers from McMaster University accessed the CNBC to make ground-breaking observations of order in cell membranes.

Fundamental research that uses neutron beams to investigate how our bodies work may lead to better health outcomes in the future by shedding light on our understanding of cholesterol and Aspirin.

Scientists regularly access neutron beams to gain fundamental insights into the inner workings of new materials, including some with potential for clean energy applications.