The four-year R01 grant will fund the development of AI algorithms capable of detecting three types of abdominal cancers on CT scans, enabling earlier diagnosis and treatment.

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Newly-funded teams will lead programs to develop autonomous robots to deliver curative stroke treatment.

Bestowed by the Institute of Electrical and Electronics Engineers, this prestigious award recognizes Taylor’s contributions to, leadership in, and translation of surgical and medical robotics.

Created by a Johns Hopkins team in collaboration with the U.S. Food and Drug Administration, the work aims to improve the reliability of artificial intelligence in clinical settings.

Created by a Johns Hopkins team in collaboration with the FDA, the work aims to improve the reliability of artificial intelligence in clinical settings

The ability to quickly and affordably survey a patient's entire genome is expected to accelerate research, diagnostics, and precision medicine

The Malone Center Faculty Fellows program provides support for outstanding junior faculty to play an important role in advancing the Center’s research and educational mission.

Creator of sepsis detection platform recognized for her work on commercialized tool that serves as lifesaving early warning system

Technology Ventures, the university's commercialization and entrepreneurship hub, steers research from the laboratory to the market

Johns Hopkins researchers imagine what the world might look like in 2076, when the university celebrates its bicentennial.

Winning projects—chosen from 324 proposals—will accelerate the research of 132 individuals from across the university.

A joint Johns Hopkins and Fast Company event explores expert predictions about tech and healthcare.

Last fall, SFI External Professor John Krakauer was named director of the Centre for Restorative Neurotechnology (CRN) — a center he helped create — at the Champalimaud Foundation in Lisbon. He takes ...

A study finds that the new equation matches accuracy of the original and is available for laboratories to use at no cost through a transparent, single line of code.

The award recognizes his work on UNet++, now the most cited paper in the journal’s recent history and a standard tool in medical image analysis.

Hammad Farooq and Fatima Sadjadpour comprise the latest cohort selected for the Malone Postdoctoral Fellows Program, which provides postdoctoral researchers with resources to support clinically-facing...

Emerging AI systems in behavioral health and psychiatry use multi-step or multi-agent LLM pipelines for tasks like assessing self-harm risk and screening for depression. However, common evaluation app...

Psychiatric intake is a sequential, high-stakes information-gathering process in which clinicians must decide what to ask, in what order, and how to interpret incomplete or ambiguous responses under l...

The web app displays data about their condition, alerting patients and physicians to problems or improvements.

The Nexus Awards Program supports a diverse range of programming, research, and teaching activities at the Hopkins Bloomberg Center.

Highlighting Johns Hopkins Engineering’s enduring impact as we celebrate JHU’s sesquicentennial

Engineers have developed a microscopy method for faster diagnoses and fewer invasive biopsies.

The Nexus Awards Program supports a diverse range of programming, research, and teaching activities at the Hopkins Bloomberg Center.

Sepsis is the third leading cause of death in US hospitals.

Projects address shortcomings of ultrasound in detecting breast cancer.

Hopkins researchers have developed a database aimed at leveraging artificial intelligence to spot pancreatic cancer earlier, when it is potentially treatable.

Hassoon is one of 10 individuals selected by the National Academy of Medicine for its 2026 class of scholars.

A team including Hopkins geneticists and students has already discovered more than 1,000 new strains of bacteria and microbes.