The Michigan Engineer News Center

2-D visualization of gamma ray imaging

Michael Hamel demonstrates a 2-D augmented reality visualization of gamma ray imaging at U-M's Nuclear Engineering Laboratory.| Short Read
Enlarge2-D augmented reality visualization of gamma ray imaging.
IMAGE:  2-D augmented reality visualization of gamma ray imaging.

Consortium for Verification Technology (CVT) Associate and recent graduate Dr. Michael Hamel demonstrates a 2-D augmented reality visualization of gamma ray imaging at the University of Michigan’s Nuclear Engineering Laboratory. Two sources (hotspots) are shown in the image. The instrument used to acquire these images is the Dual Particle Imager (image, bottom), developed by the CVT group at the University of Michigan (led by Prof. Sara Pozzi). The imager is also capable of fast neutron imaging and energy spectroscopy.

2-D augmented reality visualization of gamma ray imaging.
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Affordable lead sensor for home, city water lines

Citizens could become water quality watchdogs and monitor lead contamination at their own taps with new electronic sensors. | Medium Read