Scientists uncover unexpected method of bone regeneration, opening doors for osteoporosis treatment

Better pain relief: Scientists synthesize potent anti-inflammatory compound found in cannabis

More sustainable agriculture: Recycled fertilizers could be part of the solution

Seawater The next sustainable battery revolution

Revolutionizing ammonia production: Turning polluted water into clean, valuable chemical

Cows’ ability to digest seaweed suggests potential for new feed sources, more sustainable agricultur

Hijacking cell’s natural machinery to help treat diseases

Microplastics pass through earthworms without accumulating in body tissues, study shows

Students on the Beamlines Seminar: Blaine Lake Composite School 2026

From pollution to solution: Optimizing CO2 conversion for a sustainable future

Gold coating could solve long-standing problem with zinc batteries

Protein finding could pave way for new antibiotics

Perspectives on STEM Education and Outreach - CLS Users Meeting 2024

New malaria vaccine shows promise in preclinical trials

STEM Seminar Series: What is a Synchrotron and What do we Use it For? - Dr. Joel Reid

Tracking the toxic metals left behind by wildfires

Better fuel cells for long-haul trucks and planes

Beamtime Proposal Submission Webinar with CLS' Kathryn Janzen

Enhanced rice could address iron deficiencies around the world

Improving solar cell performance

Low-platinum catalyst could make hydrogen production cheaper

Turning sludge into semiconductors

Building a better CT scanner

Unlocking even more value in Canada's canola industry

Toward greener production of hydrogen

New research reveals tiny lead fragments in hunted meat pose health risk

Understanding bacteria’s role in transforming steroids to pharmaceuticals

Solid-state sodium batteries could be safer, cheaper, more powerful option

Zinc-air batteries show promise as tougher, safer alternative to lithium-ion

Unique enzymes use never before seen mechanism to resist antibiotics

Structural surprise in motor protein may point to new strategies for controlling disease

Optimizing the recovery of lithium

3D printed lungs could improve disease prevention and treatment

Could zebrafish hold clues to detecting, preventing scoliosis in children and teens?

Using nanotechnology to target crop-munching pests

Could rock lumps on the ocean floor be a potential source of valuable metals?

Toward cleaner oil sands processing

Cost effective catalyst for converting CO2 emissions to useful products

Greening the production of cement

Promising approach to cleaning contaminated water in colder climates

Finetuning perovskites for new applications in solar cells, LEDs and semiconductors

New material could improve safety in nuclear reactors

Tracking how tiny metal contaminants can foul up a fuel cell

Wearable tech that’s safe for the body and kind to the environment

Research on ice-forming compound could improve pipeline safety, carbon capture and storage

Student on the Beamline Seminar: St. Thomas More Collegiate 2025

Better heating method makes legumes easier to digest

Better batteries for implantable medical devices

Stopping infections before they can start

Closing the door on colds and flu

Optimizing gold nanoparticles for better medical imaging, drug delivery, and cancer therapy

Plant leaves inspire design of improved fuel cell

New strategy for targeting cancer causing protein previously considered “undruggable”

Improving steel pipelines for safe transport of hydrogen

New material moves seawater batteries step closer to primetime

Molecule's fingerprint may help explain formation of life on earth

Dried veggies, legumes could be key to improving plant-based meat alternatives

Scientists invent slime that could be used in new medical, green energy, and robot applications

Organic material can convert toxic heavy metal to harmless form

Developing new drugs to battle resurgence of malaria