Laurel Sinclair

Dr. Laurel Sinclair is a Researcher at Carleton University's Department of Physics and a senior researcher at the Canadian Nuclear Laboratories (CNL) in Chalk River, Ontario. CNL serves as Canada's premier nuclear science and technology organization with core priorities in Clean Energy, Environmental Stewardship, Health Sciences, and Safety and Security. Her dual affiliation bridges academic research with national laboratory applications in nuclear science and technology.

Her research focuses on nuclear safeguards and radiation detection technologies, specializing in Compton gamma imaging, aerial radiation surveys using UAVs, and spatial reconstruction techniques for restricted-access environments. Key contributions include developing novel methods for nuclear substance detection and safeguarding, advancing the nuclear fuel cycle, and exploring Accelerator-Driven Systems for Used Fuel Transmutation in Canada. Her work directly supports nuclear security protocols, environmental monitoring systems, and emergency response frameworks.

Analysis of her 15 publications (2009-2024) reveals consistent innovation in radiation detection instrumentation, particularly directional gamma spectrometers like SCoTSS and ARDUO. Dominant themes include tomographic imaging for source localization, UAV-based radiation mapping, and spatial deconvolution for radiological incidents. Her research spans theoretical simulations, hardware development, and real-world deployments ranging from Fukushima accident monitoring to nuclear security exercises.

Scientific awards and honors were not documented in the source material.

Details regarding student supervision, grant funding, or formal advisory roles are not provided in available information.

Dr. Sinclair actively participates in CNL research teams focused on robotic radiation dispersal systems, UAV radiation mapping, and space weather monitoring through terrestrial networks. Her collaborative work involves Health Canada, TRIUMF scientists, and international partners, emphasizing field-deployable solutions for nuclear security and environmental stewardship.