Nanoscale work yields big results
Silvija Gradečak’s nanoscale work creates big-scale results that could transform energy production, storage, and lighting.
New interdisciplinary center at MIT to focus on the microbiome and human health
Partnership with MGH, other institutions to foster regional ecosystem for rapidly evolving field.
New way to predict how traffic will flow
Model provides a more accurate tool for city planning, emergency evacuations, tracking disease spread.
Diagnostic exhalations
By analyzing carbon dioxide in the breath, an algorithm could help determine how to treat patients.
Shedding light on the future of photovoltaics
MIT study finds unprecedented production of metals needed to meet some solar energy goals.
Piecing together molecular machines
Newly tenured biologist Iain Cheeseman explores the complex structures that control cell division.
Searching for global water and food solutions
John Lienhard leads coordinated interdisciplinary research efforts to confront resource challenges at the Abdul Latif Jameel World Water and Food Security Lab.
Study aims to shorten Election Day lines
New MIT-led research effort applies the science of lines to the polling place.
New way to make batteries safer
Coating prevents electrical current from damaging the digestive tract after battery ingestion.
Catching air
Jimmy Gasore is working on Africa’s first high-frequency climate observatory in his native Rwanda.
Stretching oxides to modulate electrochemical properties
Grad students Lixin Sun and Qiyang Lu are developing techniques for applying strain to materials to accelerate oxygen-reduction reactions for applications in solid-oxide fuel cells.
Raising cryptography’s standards
Calculating encryption schemes’ theoretical security guarantees eases comparison, improvement.
Harnessing error-prone chips
New system would allow programmers to easily trade computational accuracy for energy savings.