Research
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Civil and Systems Engineering Dataset Selected by NSF to Train Innovative AI Models
November 20, 2025
Fracture mechanics dataset created by postdoc Maryam Hakimzadeh and HEMI Fellows Somdatta Goswami and Lori Graham-Brady among 10 selected for NSF AI pilot program
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When Computers Get It Wrong
November 5, 2025
PhD student Sreenivas Raguraman and HEMI Fellows Paulette Clancy and Tim Weihs highlight a missing piece in AI-driven materials design: processing methods.
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Materials Scientists Work Together to Muzzle Mass Destruction
October 30, 2025
A Johns Hopkins-led research alliance across the country seeks to understand and mitigate the world's most lethal weapons.
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Sharper Vision in Surgery
October 13, 2025
Johns Hopkins researchers — including Bisi Bell — use AI and photoacoustics to track surgical tool tips in real time with millimeter accuracy.
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Breaking Boundaries with Chemical Complexity
October 8, 2025
Michael Falk and Mitra Taheri probe tiny interfaces in metals that could make nuclear materials last longer.
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Sharper Than Ever: New Algorithm Brings the Stars Into Greater Focus
September 30, 2025
Johns Hopkins scientists, led by HEMI Fellow Tamás Budavári, developed a method to render Earth-based images as clear as those taken from space.
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3D X-ray Study Reveals How Rock Grains Move and Stress Builds
August 30, 2025
For the first time, scientists watched sandstone deform from the inside out, grain by grain, revealing insights that could predict earthquakes and improve oil and gas reservoirs.
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What Doesn’t Kill These Metals Makes Them Stronger
August 26, 2025
Hopkins materials scientists, led by HEMI Fellow Mitra Taheri, discover alloys that turn radiation damage into their secret strength.
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Major U.S. Bridges at High Risk of Being Struck by Ships
March 26, 2025
New analysis by Johns Hopkins researchers finds some bridges are likely to sustain catastrophic hits within the next few decades.
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Student Researchers Play Key Role in Bridge Safety Assessment
March 25, 2025
One year after the Key Bridge collision in Baltimore, a team of Johns Hopkins students has helped identify which major bridges might be next.
