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Professor Melanie Campbell is known for developing improved understanding of the eye’s optics and high-resolution imaging of the retina at the rear of the eye. Currently she is developing light-activated treatments for eye disease and non-invasive imaging techniques for the detection of Alzheimer's disease at University of À¶Ý®ÊÓÆµ, Canada. Professor Campbell was the first woman to graduate with a PhD in applied mathematics from Australian National University (ANU).

Physics undergraduate student Sarah Rourke was named a finalist for the first global cohort of McCall MacBain Scholars for her academic strength, community involvement and character. The scholarships provide a life-changing opportunity for students who have a track record of contributing to their communities and a genuine desire to make a positive impact.

The Quantum Horizons: Quantum Information Science (QIS) Research and Innovation for Nuclear Science Award from the U.S. Department of Energy's Office of Nuclear Physics has enabled a new collaboration between researchers who develop technologies for nuclear physics, quantum information science and high-energy physics. 

Dr. Raymond Laflamme, a professor in the Department of Physics and Astronomy and founding director of the Institute for Quantum Computing (IQC), has been named co-chair of the Advisory Council. The NQS will amplify Canada's strength in quantum research; grow its quantum technologies and cement our global leadership in quantum science and its commercialization.

For the first time in experimental history, scientists have created a device that recreates the properties of light using neutrons. This breakthrough  provides a brand new avenue for researchers to study the development of next-generation quantum materials with applications ranging from quantum computing to identifying and solving new problems in fundamental physics.

A team of physicists have found a new tunable pathway to manipulate nanoscale magnetic structures known as skyrmions. Their results advance efforts to access different configurations of these structures and increase their stability for magnetic memory applications, such as using these structures as new types of bits in classical or quantum computers.