Observing hydrogen’s effects in metal
Microscopy technique could help researchers design safer reactor vessels or hydrogen storage tanks.
Microscopy technique could help researchers design safer reactor vessels or hydrogen storage tanks.
MIT researchers use resonant X-ray scattering measurements to reveal unexpected “Wigner glass” in desirable superconducting material.
At the Materials Day Symposium, researchers focus on tools that probe atomic structures in action to yield better designs for metals, solar cells, and polymers.
Metal cluster in enzyme that breaks down carbon dioxide can switch between two different shapes.
Researchers develop an electrically-driven process to separate commercially important metals from sulfide minerals in one step without harmful byproducts.
MIT researchers create a high-temperature device that produces electricity from industrial waste heat.
Students create bronze medallions of the MIT seal for new graduates of the Department of Materials Science and Engineering.
MIT researchers team up with leaders from the metals and minerals industry to envision a more sustainable future.
Novel laminated nanostructure gives steel bone-like resistance to fracturing under repeated stress.
Itamar Kimchi studies the physics underlying unusual behavior of electrons in compounds such as transition metal oxides.
MIT researchers demonstrate that strong churning during hot liquid state can produce stronger, more uniformly structured large aluminum casts.
A new faculty member in materials science and engineering is creating healable metals.
Promising new approach overturns widespead metallurgical assumption.
Service to faculty, collaboration with industry are hallmarks of campus-based Materials Processing Center at MIT.
Materials Day Symposium highlights breakthroughs in simulation methods, manufacturing techniques, and improved alloys.