![]() ![]() The complicated debris leftover after a supernova explosion, known as a supernova remnant, can be hard to visualize. On the other side of the coin, astrophysics sometimes adapts technology from the medical field. Scientists at the CfA are developing an open-access, low-magnetic-field human MRI instrument, that can be used for molecular imaging and the study of traumatic brain injury. When used for imaging, this is known as magnetic resonance imaging, or MRI. Work on nuclear magnetic resonance, which can be used to study molecular physics, can also be used to scan the human body. Engineers are working on mirrors that can both focus neutrons from across the Universe, as well as those from a radioactive source sitting in the same room. But with a simple modification, these optics can accurately aim high-energy particles for radiation treatment, focusing on destroying tumors while leaving surrounding tissue unharmed. ![]() High-energy and neutron optics laboratories design mirrors for the next generation of space-based telescopes. Beyond pure research, which benefits humanity through various technological applications, some laboratories at the Center for Astrophysics pursue research that’s more directly beneficial. ![]() The need for extremely precise instrumentation in astronomy can often be transferred into the medical field. ![]()
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