Research Stories

Researchers at the University of Toronto and University of Regina are using neutron imaging to reveal the invisible structures of soft tissues inside fossils.

Research with neutron beams has the potential to transform how energy absorbing materials are designed, validated, and deployed for both military armour and civilian infrastructure.

Researchers at the University of Alberta achieved a significant advancement in high-performance alloy design by utilizing neutron beams. These innovative alloys offer potential benefits for both defence and civilian transportation sectors.

A research team at the University of Saskatchewan has developed electronic circuits with record-breaking radiation tolerance, essential for both civilian and defense applications. The team utilizes a variety of radiation testing facilities, including those for protons, ions, and neutrons.

Canadian-led lung research using neutron beams at Oak Ridge National Lab reveals insights into the molecular mechanisms behind E-cigarette or Vaping-Associated Lung Injury

Research using neutron beams has led to advances in drug development, one of which is leading to an estimated $640 million in healthcare savings in Canada.

Quebec residents enjoy more reliable and economical electricity thanks to research using neutrons. Now, Hydro-Quebec is leading an initiative by the International Electrotechnical Commission to develop a new international standard that will ensure the long-term reliability and prevent losses from hydroelectric turbine failures.

Canadian manufacturing exports to neutron sources are more than double Canada's investment in these facilities. Partnering with foreign neutron sources will open further opportunities for Canadian businesses.

Assessments of national facilities dedicated to neutron beams in the U.S. and U.K. found that they produce social and economic benefits worth at least double the investment. Canada, with its multipurpose neutron source model, is realizing a return on investment in its neutron facilities of at least 3 times.

Over 80% of students who use neutron beams as part of their university training go on to careers in the sectors where high-tech skills and innovation are most needed. These students are more than three times as likely to upgrade their potential for leading in R&D-intensive sectors, addressing global challenges and driving Canada’s success in the 21st century.

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

Canadian and U.S. research using neutron beams has led to multiple advances in battery electric vehicles, resulting in an estimated economic benefit to Canada of $1.6 billion.