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Bioengineering is boosting the translation of basic research into patient-focused solutions. Academic centres in Europe could take some cues from their US counterparts to help accelerate the process.
Clever algorithms are allowing robots to navigate accurately and work safely in challenging environments, all the while displaying a smile across their screens.
The 'data enabling theory and applications' framework is helping to identify the types of data needed for problem solving with artificial intelligence.
Artificial intelligence in Hong Kong is being used for everything from identifying neurological disorders, to inspecting manufactured parts for defects.
Miniature electrostatic actuators — based on the muscles of insects — are robust and compact, and can offer the smallest of robots great agility to work in tight spaces.
A team from Toyohashi University of Technology is helping manufacturers understand the physics that can transform ordinary plastics into shape-shifting robots.
To develop new CAR-T or gene therapies, researchers need access to a wide variety of fresh cellular starting materials, but finding the right donors is rarely easy.
From developing a new monoclonal antibody to defining the role of collagen in driving cancer disparities, researchers at MUSC Hollings Cancer Center are improving the understanding and treatment of breast cancer.
The newly established Legorreta Cancer Center at Brown University is transforming Rhode Island into a global hotspot for cancer research and innovative cancer care.