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Biodegradable magnesium alloy implants promise to revolutionize bone repair, naturally disintegrating as broken bones heal and eliminating the need for removal surgeries. However, their too-rapid breakdown in the body has…

Johns Hopkins engineers introduce AI that accelerates research by analyzing atomic changes faster than ever.

Hopkins engineers enhance a material’s durability, unleashing new potential.

Multidisciplinary team combines expertise for DARPA initiative

A team of Johns Hopkins researchers discovered that the thickness of fluid in cell culture media, the engineered environment for growing and researching cells in a laboratory, plays a critical…

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