Harnessing open access publishing with artificial intelligence
In the era of information overflow, new tools are creating opportunities for academia
In the era of information overflow, new tools are creating opportunities for academia
With escalating concerns about global energy shortages and the impact of human activity on ecosystems, a great deal of attention has turned to advancing green technologies and discovering alternative sources of energy. While Western's researchers take an interdisciplinary approach to answering a full range of environmental questions, the University has emerged as a leader in research related to energy deficits, sustainability and pollution.
Musculoskeletal conditions, including arthritis and osteoarthritis, are rapidly growing problems, affecting 11 million Canadians over age 12 – at a cost of $33 billion annually. Members of Western’s Bone and Joint Institute have a goal providing lifelong mobility for all by advancing knowledge, tools and treatments related to physical activity; mobility and health; tissue injury, repair and replacement; pain, disability and chronic disease.
Western’s philosophy department is world-renowned for philosophy of science. The Rotman Institute of Philosophy builds upon this strength by supporting projects that bring together philosophers, scientists, policy-makers and the public at large. By building bridges between philosophy and the sciences, and drawing upon their respective strengths, its members are better able to address challenges with broad impact on Canada and the world.
By addressing questions of relevance to the study of matters related to planets and space, the Centre for Planetary Science & Exploration has become the country's leading organization providing planetary science and exploration research and training. It strives to provide Canadian and global space programs with the necessary expertise to design and support future planetary mission activities.
Western has demonstrated international leadership in materials and biomaterials research, specifically through pioneering work in the development of synchrotron radiation to materials science; the synthesis, characterization and application of materials, particularly lightweight materials; and emerging work in chemical biology and proteins. Western’s researchers are designing, developing and creating new materials from the nanoscale to the macroscale, and producing results that can be loosely grouped into six areas: