News

Researchers examining the mechanics of drug dissolution and the natural anatomy of the stomach found that taking a pill while lying on your right side shortens the time it takes for medicine to be absorbed.

Recent PhD graduate Ikbal Choudhury's nonprofit Open Field Collective uses low-cost, low-resource tools to teach children about environmental science. The collective's flagship algal bloom monitoring program is now tracking ecosystem health in the U.S., India, and Bangladesh.

A new system developed by Johns Hopkins researchers could monitor drug resistance in elusive cancer cells and open the door for more effective treatment options.

"Ruffle" appendages on certain cells help them sense the viscosity of fluids around them, allowing them to transform their shape to better move around.

The creation of a public database will increase accessibility for all users, including academics and engineers who are developing more sustainable energy solutions.

The AstroJays, an undergraduate rocketry team, traveled to California to compete in a Friends of Amateur Rocketry competition earlier this summer.

Kang received the award from the advanced materials division of Hanwha Solutions for his research in additive manufacturing technology using various new materials.

The Terradynamics Lab developed a cockroach-inspired legged robot - called OmniRoach -  that can traverse multiple types of large obstacles and self-right, capabilities that are required for effective operation in complex 3-D terrain. 

The Gordon Research Conference has selected Beijun Shen, Mostafa Omar, and Bohan Sun to present at this year's event.

 Miguel X. Diaz-Lopez, a third-year doctoral student in the Department of Mechanical Engineering, has been selected to receive two prestigious national research fellowships.

Chen's award project is “Fibrosis, Inflammation, Revascularization, and Migration (FIRM) Modulation for Muscle Regeneration.”

To prepare for NASA's Artemis missions, graduate students Juan Sebastian Rubio, Miguel X. Diaz-Lopez, and Matt Gorman ran a series of experiments to understand plume surface interactions— or what will happen when a landing spacecraft approaches the lunar surface.