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This story was written by Vanessa Watsa and Alexandria Carolan and appeared in Johns Hopkins Medicine. This research was partially led by Hai-Quan Mao, Professor of Materials Science and Engineering…

A new approach expands structure tunnels, providing swift electricity for many battery-powered gadgets.

Hopkins engineers provide a non-stick solution to sense harmful vapors.

Materials science student designs predictive model to discover atomic actions.

Researchers from Johns Hopkins, Washington University in St. Louis, and the University of Wisconsin - Madison are developing additive manufacturing methods with metallic glasses.

At first glance, drilling holes into cells may seem unconventional and perhaps counterproductive. But for a Johns Hopkins materials scientist, it’s a strategy that could someday allow the delivery of…

OPTIMIZING MRNA LIPID NANOPARTICLES FOR ENHANCED ANTICANCER IMMUNITY

Dinchang Lin's easily implantable device could make stimulation technology accessible to more patients.

Two Johns Hopkins research teams have received technology development grants totaling approximately $200,000 through the Louis B. Thalheimer Fund for Translational Research. Finalists pitched their proposals virtually in late May…

A first-of-a-kind database of quantum nanoclusters created by Johns Hopkins materials scientists has the potential to facilitate the development of new technologies ranging from highly efficient catalysts and improved sensors…

One in 10 children in the United States is born prematurely, putting them at risk for a host of health challenges that range from chronic asthma and loss of hearing…

Microplastics are quite literally everywhere: in face creams and moisturizers, toothpaste, car tires, disposable water bottles, food, soil, air, and most notably—in our oceans and waterways. These tiny particles of…