The Canadian Light Source (CLS) is a third-generation 2.9 GeV synchrotron located in Saskatoon, Saskatchewan, Canada. It opened on October 22, 2004 after three years of construction and cost C$173.5 million. One of forty-two such facilities in the world, it occupies a footprint the size of a football field on the grounds of the University of Saskatchewan. The CLS, which is the only synchrotron in Canada, is operated by CLS Inc. a not-for-profit corporation owned by the University of Saskatchewan.
Metal-organic-frameworks provide new catalyst material for industry
Researchers have developed a new catalyst material that outperforms benchmarks and opens the door to significant advances in petroleum refinement and industrial applications. It's an industry first, and there's ...
Scientists discover the cause of heat tolerance in peas
A recent collaboration between the Canadian Light Source and the University of Saskatchewan Plant Science Department is proving the potential for molecular imaging in plant research that could produce greater ...
Superconductivity breakthroughs: Cuprates earn their stripes
The Canadian research community on high-temperature superconductivity continues to lead this exciting scientific field with groundbreaking results coming hot on the heels of big theoretical questions.
Biofuels and chemicals that don't cut into the food supply
Emma Master's team spent the last two years studying plant cell walls, the part of the cell that gives trees and other flora their structural strength. The wall itself is built from a tight complex of sugars ...
Bringing high tech to soil research
2015 is the International Year of the Soils. Healthy soils are vital to sustainable food systems, clean lakes, verdant forests, and the health of our planet. In honour of the occasion, we offer you a profile ...
Making fuels and chemicals from bio-inspired sources
Living cells are a hive of activity, full of tiny structures making proteins, breaking down junk, and creating energy. All of this happens through a series of chemical reactions made possible largely because ...
Preserving the genetic diversity of livestock species
Muhammad Anzar, a research scientist for Agriculture and Agri-Food Canada, is an expert in cryopreservation—you know, freezing living matter to cheat death.
Researchers study nanogold's potential in biomedicine
Peng Zhang is excited about gold, and you should be too. In particular, he's excited about nanogold, structures of a handful of atoms measuring only a few nanometers in diameter. Zhang, a researcher at Dalhousie ...
New battery technology for electric vehicles
Scientists at the Canadian Light Source are on the forefront of battery technology using cheaper materials with higher energy and better recharging rates that make them ideal for electric vehicles (EVs).
Synchrotron announces first shipment of medical isotopes
Scientists at the Canadian Light Source have announced the first shipment of medical isotopes produced in its dedicated linear accelerator.
Crystallography scientists celebrate 500 protein structures
The Canadian Macromolecular Crystallography Facility (CMCF) has announced the successful solution of 500 protein structures using the Canadian Light Source. The 3-D structures of proteins can be determined ...
Developing the battery of the future
The search for the next generation of batteries has led researchers at the Canadian Light Source synchrotron to try new methods and materials that could lead to the development of safer, cheaper, more powerful, ...
Blocking African sleeping sickness' tiny culprit
A tsetse fly bites a girl. She becomes itchy, feverish, and her joints ache. Weeks later, she loses coordination and some sensation in her limbs. It becomes difficult to think, to sleep.
Implications for the fate of green fertilizers
The use of green fertilizers is a practice that has been around since humans first began growing food, but researchers are warning that modern techniques for the creation of these fertilizers could have implications ...
Silicene research challenges the limitations of nanotechnology
(Phys.org) —As computer chips continue to get smaller and more powerful, the field of electronics is approaching some severe limits.