Robert Candler, assistant professor of electrical engineering, received a National Science Foundation Career Award for his research, "Microscale Magnetic Devices for Next Generation Coherent X-Ray Sources." The research sets out a scientific process which will lead to the creation of an x-ray-free electron laser with unmatched brightness among small-scale light sources.
Candler aims to set a new standard for the next generation of coherent x-ray sources, with the ultimate goal of enabling broad access to high-speed, phase contrast x-ray imaging for use in science and medicine. His research interests in micro electrical-mechanical systems and nano-electromechanical systems devices span a range of areas, including 3-D printing for microfluidics.
The project incorporates an educational outreach component for underrepresented students in engineering through a design challenge that will allow students to explore 3-D printing for engineering applications.
For more information about this award, visit NSF.
Candler aims to set a new standard for the next generation of coherent x-ray sources, with the ultimate goal of enabling broad access to high-speed, phase contrast x-ray imaging for use in science and medicine. His research interests in micro electrical-mechanical systems and nano-electromechanical systems devices span a range of areas, including 3-D printing for microfluidics.
The project incorporates an educational outreach component for underrepresented students in engineering through a design challenge that will allow students to explore 3-D printing for engineering applications.
For more information about this award, visit NSF.
