Li Earns CAREER Award
Xin Li’s research focuses on theoretical computer science, including pseudorandomness, complexity theory, distributed computing, and cryptography.
Xin Li’s research focuses on theoretical computer science, including pseudorandomness, complexity theory, distributed computing, and cryptography.
One way to make pediatric patients feel more at home in a hospital environment is to give them a furry, four-legged friend—or a robotic equivalent.
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A team of Johns Hopkins students launched cameras and other devices more than 16 miles into the Earth’s atmosphere to collect data, then tracked and recovered the payload nearly 50 miles away.
When neurosurgeons cut into the brain, they must be very, very precise: A single slip could mean disaster.
Semester.ly ranks among the most impressive student-driven successes at Johns Hopkins in recent decades. The innovative course scheduling platform has taken root at Johns Hopkins and at other universities in North America.
Of all the remarkable things engineers do for humanity, none may be more important than the ways in which they improve our resiliency, keeping us safe from the many potential harms the world has in store.
Knowing the variations in genomes across populations is essential to research design to reveal why certain people or groups of people may be more or less susceptible to common health conditions, such as heart disease, cancer, and diabetes.
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