Toward Materials That Know How to Handle Noise
Abigail Plummer earned an NSF CAREER award to develop an advanced tool kit that might someday be used to build…
MSE is the foundation of technological innovation, shaping everything from medical devices and clean energy solutions to electronics and advanced manufacturing. Students gain a deep understanding of how materials behave at every scale and develop the skills to create the next generation of technologies that improve lives and drive progress.
MSE research spans biomaterials, electronic and photonic materials, energy and environmental materials, and nanomaterials. This work brings together expertise from departments, disciplines, and schools across Boston University, creating a truly convergent and cross-cutting environment. Our faculty are recognized leaders in their fields, securing significant federal and state research support while advancing discoveries that drive innovation and impact across industry and society.
Abigail Plummer earned an NSF CAREER award to develop an advanced tool kit that might someday be used to build…
“This is a powerful idea, because if we can program the locations and gradients of these chemical cues, we can…
How does medicine know where to go once you take it? Generally, that information is encoded directly in the medicine,…
The National Science Foundation (NSF) has awarded the College of Engineering $20 million to help create a national network of…
The BU team's smarter AI system for evaluating brain scan images might someday help clinicians spot diseases sooner, saving lives…
Together, the College of Engineering and the Commonwealth of Massachusetts are tackling societal problems, exemplifying how universities can contribute to…
In a paper published in Nature Biomedical Engineering, “Real time single particle imaging of functional lungs reveals mosaic-like patterns of…
This summer, students are working on technologies that might lead to stronger and longer-lasting lithium-ion batteries, more affordable water purification…