New method enables real-time monitoring of materials during irradiation
Technique will enable continuous measurement of damage to materials in high-radiation environments.
Technique will enable continuous measurement of damage to materials in high-radiation environments.
Newly-appointed Assistant Professor Zach Hartwig's mission is to use nuclear technology to benefit society and the environment.
The School of Engineering gives its 2017 Infinite Mile Awards for exceptional service and support.
Nuclear scientist David Carpenter found his calling at MIT's Nuclear Reactor Laboratory — improving the performance and safety of nuclear power plants.
Sophomore researches fusion energy and promotes STEM opportunities for young women.
Exelon Generation funding for the MIT Center for Advanced Nuclear Energy Systems could transform the performance of the fuel cladding in light water reactors.
MIT student is part of an elite crew of licensed nuclear reactor operators.
Nuclear Science and Engineering Expo provides an opportunity for prospective grad students and the MIT community to learn about department research.
Technique could provide unique views of single molecules that conventional methods can’t match.
MIT's newest faculty bring a wide array of energy interests and developments to the Institute.
PhD candidate explores a faster, high-magnetic-field pathway to fusion energy.
Longtime Nuclear Research Lab director made advances in nuclear and condensed-matter physics, nuclear materials, reactor technology, and nuclear medicine.
Nuclear scientist Michael Short aims to understand the full range of defects produced when materials are exposed to radiation.
Two graduate students provide an inside look at MIT's network of nuclear facilities and labs that mimic the footprint of a national lab.