A Johns Hopkins research team has created a new 3D-printing technique that addresses structural vulnerabilities in 3D-printed objects| The Hub
Using a cutting-edge technique, Hopkins researchers present a potential clinical tool to predict waist circumference and identify patients at risk for obesity complications| The Hub
Hopkins team uses X-ray technology to observe what occurs when the top layer of an asteroid-like object is hit with extreme external force| The Hub
Tamer Morsy, Engr '24, started his app, SpotlightNews, to provide a simple news reading experience without pop-ups or ads| The Hub
Johns Hopkins experts recently briefed policymakers about the potential of artificial intelligence to advance everything from national security to medicine| The Hub
Undergrad biomedical engineering project yields noninvasive method to measure life-threatening intracranial pressure| The Hub
A Johns Hopkins team has developed a gene editing approach that could make the treatment of sickle cell disease shorter and less risky, relieving some of the burden on patients| The Hub
Johns Hopkins engineers have created an optical tool combining laser light and folded DNA to help clinicians distinguish between localized and metastatic cancers| The Hub
Johns Hopkins researchers suggest that emphasizing the societal value of AVs can positively influence public perception and support for their adoption| The Hub
Remembered as a dedicated mentor, Rajaram was known for his innovative use of mathematical models to understand and predict complex environmental phenomena| The Hub
Research reveals fish swim in schools to save energy, just like cyclists in a Tour de France peloton| The Hub
Lundquist, a national leader in research in sustainable energy generation from wind, named Bloomberg Distinguished Professor of Atmospheric Science and Wind Energy| The Hub
Patent-pending design by Hopkins undergrads could be available in stores within two years| The Hub