One vaccine injection could carry many doses
Microparticles created by new 3-D fabrication method could release drugs or vaccines long after injection.
Microparticles created by new 3-D fabrication method could release drugs or vaccines long after injection.
Colorado forest study provides clearest-ever picture of gases released into the atmosphere and how they change.
MIT affiliates recognized for their innovative approaches to energy storage and drug discovery.
Chemical engineer seeks to develop and understand materials that behave in radically new ways.
Study explains conflicting results from other experiments, may lead to batteries with more energy per pound.
Hydrogel-based capsules could expand and reside in the GI tract for days, slowly releasing medication.
Bonded layers of rubber and hydrogel yield tough, slippery, and impermeable coatings.
Emily Havens Greenhagen ’05 leads a team of scientists brewing perfume from yeast.
PhD student Reginald Avery is developing an injectable material that patches ruptured blood vessels.
Engineers and co-directors of MITEI's Energy Bioscience Low-Carbon Energy Center discuss their vision for transforming the energy system.
Marking its first anniversary, the Koch Institute’s Marble Center for Cancer Nanomedicine goes full steam ahead.
Award presented annually in recognition of outstanding achievement in chemistry in the spirit of, and in honor of, Nobel Prize winner Linus Pauling.
Machine learning approach could aid the design of industrial processes for drug manufacturing.
SuperUROP gives undergraduates the chance to immerse themselves in a year-long research project with supportive mentors to guide the way.
New AFFOA facility represents a significant MIT investment in advanced manufacturing innovation.