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@hopkinsengineer.bsky.social
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Research Saves Lives Johns Hopkins Whiting School of Engineering Baltimore, Maryland engineering.jhu.edu

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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 29/04/2026
Checking out student projects at #JHUDesignDay26: Green Reader: A Putting Aid for Visually Impaired Golfers—a collaboration with DAV. Watch! engineering.jhu.edu/designcenter...
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JHU Bloomberg Distinguished Professorships @jhu-bdps.bsky.social · 22/04/2026
Welcome esteemed chemist, @ivehermans.bsky.social, who joins @jhu.edu as the Bloomberg Distinguished Professor of Sustainable Chemical Transformations. hub.jhu.edu/2026/04/21/c...
Photo of Professor Ive Hermans
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 23/04/2026
The blood-brain barrier protects the brain, but its breakdown is linked to diseases like Alzheimer’s. Materials Science and Engineering Prof Peter Searson’s lab is modeling this barrier to study how it changes, how to restore it, and how to get targeted drugs across it. Watch:
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Johns Hopkins University Libraries @jhulibraries.bsky.social · 22/04/2026
APRIL 24TH AT 10 AM - 2 PM: Leave your mark on Eisenhower Library! Stop by Keyser Quad to sign a 28‑foot steel beam that will be installed in the renovated library and pick up a commemorative sticker and other giveaways! Learn more at bit.ly/jhubeamsigning.
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 22/04/2026
#JHUDesignDay26: Treating blindness in dogs! BME undergrads' “Sort-A-Cell" uses acoustic waves to isolate healthy cells for corneal edema injection therapy. Their device could streamline cell prep for other injection procedures—in humans, too! Read: engineering.jhu.edu/news/clear-e...
Hassan Farah holds a circular microfabricated chip with patterned structures while Ying Ying Li looks on in a biomedical engineering lab.
Aayushi Agarwal uses a syringe to transfer liquid between containers while Daniel Quinteros-Tenorio works beside her at a lab table with device components.
Cindy Truong points to a whiteboard diagram while Paree Sharma and Saketh Agava look on in a biomedical engineering lab.
The team poses for a photo holding components of a cell-sorting device around a table with a laptop in a biomedical engineering lab.
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JHU Computer Science @jhucompsci.bsky.social · 21/04/2026
Congratulations, Steven!
Congratulations! Weiting “Steven” Tan successfully defended his dissertation “Towards Multimodal Conversational AI: Understanding, Reasoning, and Generation” under the guidance of advisor Philipp Koehn. Steven plans to continue his research in industry. We in the department are extremely proud of our students who have successfully completed their PhD. Congratulations on this achievement and best wishes as you begin an exciting new phase of life!
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JHU Malone Center for Engineering in Healthcare @jhumceh.bsky.social · 21/04/2026
Presented by @hopkinsdsai.bsky.social and @hopkinsnursing.bsky.social—on April 30, the Malone Center’s Lalithkumar Seenivasan will highlight research on how data-driven technologies, simulation, and AI-enabled automation are reshaping nursing patient care, training, and health care delivery.
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Sip & Solve: AI Lightning Talks with a Twist
Presented by the Johns Hopkins Data Science and AI Institute and the Johns Hopkins School of Nursing
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 16/04/2026
Prof K.T. Ramesh and researcher Lily Zhao joined @byrdest.bsky.social on @vox.com's Unexplainable podcast to talk about their bacteria blasting experiments on lithopanspermia—the possibility that life on Earth may have come from...elsewhere 💥🦠 podcasts.voxmedia.com/show/unexpla...
podcasts.voxmedia.com
Vox Media: Podcast Network | Unexplainable
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 14/04/2026
"It was wildly helpful to me." #ArtemisII commander Reid Wiseman, '06 (MS), talked to Backrs about his experience in our Engineering for Professionals online master's program in Systems Engineering! ep.jhu.edu/programs/sys...
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JHU Computer Science @jhucompsci.bsky.social · 13/04/2026
Computer scientists from @hopkinsengineer.bsky.social have found evidence of emergent intelligence 🧠 beyond human language—a 🧵. In work appearing in @tmlrorg.bsky.social, @danielkhashabi.bsky.social, @aliu33.bsky.social, @mikeschatz.bsky.social, @aamixsh.bsky.social prove that... (1/11)
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 10/04/2026
"One thing I specifically remember about Reid was his focus..." Instructor CJ Utara talks with DCNewsNow's Sunrise on the Hill about having #ArtemisII commander Reid Wiseman as a student in our system's engineering online master's program. Watch: www.dcnewsnow.com/video/johns-...
dcnewsnow.com
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JHU Computer Science @jhucompsci.bsky.social · 10/04/2026
We’re excited to announce the research our computer scientists will be presenting at @icseconf.bsky.social and @chi.acm.org next week! 🧵 (1/9)
Logo for ICSE 2026 Rio de Janeiro | Brazil.CHI ’26 logo.
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Ralph O'Connor Sustainable Energy Institute (ROSEI) @energyathopkins.bsky.social · 10/04/2026
Another ARPA-E Innovation Summit in the books! It was great seeing so many different ROSEI booths at this year's summit in San Diego, with Chao Wang, Yayuan Liu and Corey Oses all having at least one this year. Looking forward to seeing everyone at next year's summit in MD! #HopkinsEnergy
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 06/04/2026
In Science Advances: BME Prof Jordan Green and team have engineered nanoparticles that can reprogram immune cells inside the body—teaching T cells to hunt and destroy harmful B cells linked to cancer and autoimmune disease. engineering.jhu.edu/news/seek-an...
Diagram comparing traditional CAR-T cell therapy with a new nanoparticle-based approach. On one side, T cells are removed from the body, engineered in a lab, expanded, and reinfused to attack cancer cells. On the other, biodegradable nanoparticles carrying mRNA and targeting antibodies are injected into the body, where they find, activate, and reprogram T cells to recognize and kill disease-causing B cells.
Multi-panel diagram showing the design and characterization of biodegradable nanoparticles. Panels illustrate how polymer components are synthesized, combined with mRNA to form nanoparticles, and coated with targeting antibodies. Additional panels show measurements of particle size, structure, and surface charge, confirming the nanoparticles’ physical properties.
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JHU Computer Science @jhucompsci.bsky.social · 03/04/2026
Congratulations to the team (including alumnus @tjo.is) on a successful presentation at @sigcse-ts.bsky.social!
cs.jhu.edu
MSSI research team presents poster at ACM SIGCSE Technical Symposium 2026
To help ensure safety and security for patients, the team developed an open-source platform to standardize medical device cybersecurity education.
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JHU Bloomberg Distinguished Professorships @jhu-bdps.bsky.social · 03/04/2026
Welcome internationally recognized neuroscientist, Ilya Monosov, who joins @jhu.edu as the Bloomberg Distinguished Professor of Curiosity and Intelligence. hub.jhu.edu/2026/04/03/n...
Photo of neuroscientist Ilya Monosov
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 03/04/2026
In @nejm.org: Computational medicine driving safer, more precise treatment for dangerous arrhythmias. Prof Natalia Trayanova's cardiac digital twins were used to guide ablation procedures in real patients. Most remained VT-free at ~1 year follow-up. engineering.jhu.edu/news/digital...
Illustrated workflow of digital twin–guided ventricular tachycardia (VT) ablation. Step 1 shows a patient referred for VT ablation with an ECG waveform. Step 2 depicts 3D cardiac MRI with late gadolinium enhancement identifying scar tissue. Step 3 illustrates creation of a heart digital twin from MRI data, highlighting noninfarcted tissue, border zone, and scar; VT is induced via rapid pacing and virtual ablation is iteratively performed until VT becomes noninducible, producing primary and secondary ablation targets. Step 4 shows catheter-based ablation in the electrophysiology lab using electroanatomical mapping with imported digital twin targets. Step 5 outlines follow-up outcomes, including VT recurrence management, ICD shocks, antiarrhythmic therapy, and clinical endpoints.Natalia Trayanova in front of screens with a variety of digital twin heart visualizations.
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 02/04/2026
Liftoff! Hopkins Engineer (and mission commander of Artemis II) Reid Wiseman, ’06 (MS), and his crew are on their way! Reid earned his master’s degree in systems engineering from our online Engineering for Professionals program
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 01/04/2026
Starting Thursday, hosted here at Hopkins, the NSF Trailblazer Workshop is bringing together award recipients, trainees, industry leaders, and policymakers for the first gathering of this bold new engineering research community. engineering.jhu.edu/news/johns-h...
engineering.jhu.edu
Johns Hopkins to Host Inaugural NSF Trailblazer Workshop - Johns Hopkins Whiting School of Engineering
Johns Hopkins University will host the NSF Trailblazer Workshop, a two‑day, invitation‑only convening held April 2–3, 2026, bringing together the inaugural cohorts of NSF Trailblazer Engineering Impac...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 27/03/2026
Not all data center work needs to be going 24/7. If data centers agreed to occasional interruptions, Assoc Prof Yury Dvorkin and @energyabe.bsky.social in @energyathopkins.bsky.social find that it could save the PJM region $16 billion a year. engineering.jhu.edu/news/a-smart...
engineering.jhu.edu
A Smarter Way to Power Data Centers Could Save Billions - Johns Hopkins Whiting School of Engineering
The artificial intelligence revolution is driving up demand for electricity across the PJM Interconnection Region, a regional transmission organization that coordinates wholesale electricity markets i...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 27/03/2026
TODAY at 4: Join us for the Harriet Shriver Rogers Lecture featuring Natalie Lorenz Anderson, Engr ’89 (MS), COO of 247Solar - "There’s No Single Path: A Conversation on Career, Alignment, and Saying Yes (and No)." Click to register: events.jhu.edu/form/2026-ha...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 26/03/2026
Congratulations to the 4 Hopkins Engineers among the 449 scholars newly elected to the American Association for the Advancement of Science (@aaas.org): Jeff Coller & Michael Miller in BME, Kalina Hristova in MatSci, & Rajat Mittal in MechE. Read about their work: engineering.jhu.edu/news/4-hopki...
engineering.jhu.edu
Four Hopkins Engineers Named American Association for the Advancement of Science Fellows - Johns Hopkins Whiting School of Engineering
Four Hopkins Engineers are among 449 distinguished scholars elected to the newest class of fellows of the American Association for the Advancement of Science, or AAAS, the world’s largest general scie...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 26/03/2026
Timber is increasingly used in taller buildings, but there are fire safety challenges. Assoc Prof Thomas Gernay's new research shows columns can fail hours after a fire due to hidden heat/smoldering. Engineers must design for full fire lifecycle, not just flames. engineering.jhu.edu/news/can-tim...
Three side-by-side photos showing a small concrete fire test structure. In the first image, flames are visible inside the openings. In the second, firefighters in protective gear spray water into the structure. In the third, the fire is extinguished, revealing a charred timber column and burned debris inside.
A set of line graphs showing temperature over time at different depths inside timber columns during fire tests. Multiple colored lines represent measurements at increasing distances from the surface, with outer layers heating and cooling quickly while inner layers heat more slowly and peak later.
A series of photos from multiple fire tests. Images show a small concrete test structure with flames during a fire, timber columns after burning with heavy charring, and close-up views of damaged columns. Some images show columns before fire exposure, while others show columns at failure after different durations.
Diagram showing two pathways of delayed failure in timber columns. For small columns, heat penetration causes strength loss and overall instability, with a note to increase section size as mitigation. For larger columns, smoldering causes localized damage and delayed failure, with a note that rapid intervention after fire is needed.
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JHU Bloomberg Distinguished Professorships @jhu-bdps.bsky.social · 26/03/2026
Want to learn from a deep-sea robotics expert? Curious about the role autonomous robots play in arctic and Antarctic expeditions? Join us March 30 from 2-3 p.m. EST for a Reddit AMA with Johns Hopkins Bloomberg Distinguished Professor Jim Bellingham.
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 25/03/2026
In Science Advances:🪫♻️Better battery recycling and more sustainable supply chains. ChemBe Asst Prof Yayuan Liu and postdoc Tianchen Li developed a greener way to separate cobalt and nickel using bioacid-mediated electrowinning. engineering.jhu.edu/news/hopkins...
Multi-panel chart showing how adding tartaric acid shifts cobalt and nickel deposition behavior, increasing their separation. Graphs show current vs. voltage curves and bar charts where cobalt selectivity rises significantly with higher tartrate concentration, reaching about 20× selectivity at optimal conditions.
Lab setup showing a small electrochemical flow cell connected to tubing, a peristaltic pump, and a bottle containing a pink metal-ion solution.
Multi-panel figure showing cobalt recovery from battery material: a workflow diagram of leaching, deposition, stripping, and redeposition; bar charts showing cobalt increasing to near-pure levels while nickel and manganese decrease; and a chart comparing energy use across process steps.Graph showing heat released during binding of tartrate to metal ions, with nickel producing a stronger signal than cobalt, indicating stronger interaction.

Energy diagrams comparing metal–ligand complexes show that tartaric acid forms a more stable structure—especially a dinuclear complex—leading to a larger energy difference between nickel and cobalt.
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 24/03/2026
Better drug testing and reduced reliance on animal models: Led by @johnshopkinsehe.bsky.social Asst Prof Lena Smirnova, Hopkins researchers have secured a $15M NIH grant to use brain organoids + AI to study learning, memory, and neurological diseases. engineering.jhu.edu/news/johns-h...
engineering.jhu.edu
Johns Hopkins Researchers Awarded $15 Million to Develop Platform to Study Neurological Diseases and Screen Chemicals Using ‘New Approach Methodologies’ - Johns Hopkins Whiting School of Engineering
Researchers will join new NIH-supported network working to develop new approach methodologies that complement or replace animal testing
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 23/03/2026
Congrats to compsci master's students Joy Bhalla and Arnab Maity and robotics master's student Bontalakoti Venkata Harshavardhan, whose "Pulsepoint" medical device concept earned them 1st place in the Arize AI Sponsor Track at the NexHacks hackathon at CMU. engineering.jhu.edu/news/compsci...
engineering.jhu.edu
CompSci and Robotics Master's Student Team Wins Big at NexHacks - Johns Hopkins Whiting School of Engineering
A group of Johns Hopkins master’s students placed first in the Arize AI Sponsor Track at this year’s NexHacks hackathon, which took place January 17–18 at Carnegie Mellon University. NexHacks is a…
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JHU Computer Science @jhucompsci.bsky.social · 20/03/2026
Congratulations to Gagan Garg on receiving a @hopkinsengineer.bsky.social Excellence in Teaching Award! 🎉 Learn more about his award and his exceptional work in the classroom here: www.cs.jhu.edu/news/gagan-g...
Gagan Garg explains to two students sitting in his Intro Algorithms class.Gagan Garg presents to a full auditorium.Gagan Garg holds a microphone and gestures as students look on.Gagan Garg leans on an auditorium chair as he talks with two students.
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 20/03/2026
"We don't have 10 years to wait for traditional transmission projects to happen." With their DOE-funded LIGHTS project, @energyabe.bsky.social and Assoc Prof Yury Dvorkin in @energyathopkins.bsky.social are helping PJM increase grid capacity ASAP. engineering.jhu.edu/news/doe-fun...
engineering.jhu.edu
DOE-Funded Project Helps States Fast-Track Grid Capacity - Johns Hopkins Whiting School of Engineering
As electricity demand surges across the United States, a Johns Hopkins University initiative is helping states move faster—and more affordably—to expand grid capacity. The project, known as Leadership...
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IEEE EMBS @embs.org · 19/03/2026
#EMBC2026 Keynote Speaker: @ntrayanova.bsky.social of @hopkinsengineer.bsky.social. A pioneer in computational cardiology, her research on AI-driven heart "digital twins" is transforming precision medicine. embc.embs.org/2026/invited-speakers…
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 19/03/2026
"We want to use AI technology to increase independence and eliminate the gap between the healthspan and lifespan of our older adults." With fed funding, Hopkins Artificial Intelligence and Technology Collaboratory for Aging Research supports research in 45 states engineering.jhu.edu/news/hopkins...
engineering.jhu.edu
Hopkins Funds AI Research Across the Country to Support Aging Patients - Johns Hopkins Whiting School of Engineering
For University of North Texas professor Rita Patterson, it’s all about balance. The way a body sways is governed by a huge variety of factors, including a person’s visual, somatosensory, and…
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 18/03/2026
NCAR powers models that forecast hurricanes, track wildfire smoke, & project sea levels. But the fed gov plans to dismantle it. Assoc Prof Scot Miller & Prof Julie Lundquist discuss the importance of the National Center for Atmospheric Research. engineering.jhu.edu/news/scienti...
engineering.jhu.edu
Scientists Sound Alarm Over Federal Plan to Dismantle Vital Weather and Climate Lab - Johns Hopkins Whiting School of Engineering
It powers the computer models that forecast hurricanes, track wildfire smoke, and project rising sea levels and floods. Now, the federal government plans to dismantle it. The National Center for Atmos...
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Johns Hopkins University @jhu.edu · 17/03/2026
Join us for the Next Conversations event on Monday, March 23 at Shriver Hall. This upcoming discussion will examine how food systems, climate change, and global policy intersect to shape a more sustainable future. 150.jhu.edu/join-the-celebration/ev…
A promotional image for an event titled "Next Conversations: Ideas that Shape Tomorrow." The theme is "Feeding the Future: Food, Climate and Global Stability," scheduled for Monday, March 23, at 6 p.m. in Shriver Hall. Featured speakers include Sam Kass, Marion Nestle, Sam Myers, and Jessica Fanzo. The background shows a satellite view of Earth and a banner with "JH 150" in the top right corner.
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 17/03/2026
AI for ASL: By separating hand movement from handshape using a graph neural network, @jhucompsci.bsky.social undergrad Alessa Carbo improved sign language handshape recognition 25% → 46%, taking an important step toward better translation and linguistic analysis. engineering.jhu.edu/news/handsha...
engineering.jhu.edu
Handshaping Communication: Another Step Towards AI for Sign Language Recognition - Johns Hopkins Whiting School of Engineering
A graph neural network (GNN) developed by computer scientists at the Johns Hopkins University could transform the computational recognition and translation of signed languages, particularly American S...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 16/03/2026
For people with Type 1 diabetes, cell transplants could replace insulin injections... IF paired with immune-suppressing drugs. But a new “crystalline shield” from Assoc Prof Joshua Doloff may protect transplanted cells WITHOUT immune shutdown. engineering.jhu.edu/news/the-new...
Cover of Science Translational Medicine dated 28 January 2026, showing clusters of glowing, multicolored crystalline spheres against a black background, representing protective crystalline implants used in biomedical research.
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 13/03/2026
"We're entering an era where the questions we can answer about the universe are limited not by data, but by our ability to extract information from it. That's exactly the challenge I want to tackle." Meet new Bloomberg Distinguished Professor Benjamin Wandelt. engineering.jhu.edu/news/renowne...
engineering.jhu.edu
Renowned Theoretical Cosmologist and Data Scientist Benjamin Wandelt Joins Hopkins - Johns Hopkins Whiting School of Engineering
Benjamin Wandelt, a pioneer at the intersection of cosmology, statistics, and artificial intelligence, is transforming how we extract fundamental physics from astronomical data. Driven by a deep curio...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 12/03/2026
It's ONEHopkins, and it's YOUR chance to grab this fabulous, limited-edition Hopkins sesquicentennial backpack! Just make a donation of $35 or more to support Hopkins Engineering, and it can be yours! www.givecampus.com/s/p2fznc
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Whiting School of Engineering
Join me and make a gift to ONEHopkins 2026!
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Kaiser Sun @kaiserwholearns.bsky.social · 12/03/2026
Multimodal LLMs can read text in images, but why do they often perform worse than when the same text is given as tokens? Our work studies the modality gap of models perceiving text as pixels and shows how to close it. 📄 arxiv.org/abs/2603.09095 🧵👇 #NLProc #LLM #ComputerVision
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 11/03/2026
In @nature.com: @dingchanglin.bsky.social's GEMINI uses a computationally designed protein assembly to capture cells' histories as fluorescent rings. It could support study of cellular dynamics across tissues and how drugs affect cells in diseased organs. engineering.jhu.edu/news/molecul...
Computationally designed protein subunits self-assemble into higher-order structures that form the GEMINI scaffold. This engineered architecture provides the physical framework that enables the system to record cellular events over time.Conceptual model of the GEMINI molecular recorder. As the protein assembly grows inside the cell, new layers capture signaling activity, creating ring patterns that preserve a chronological record of cellular events.Fluorescence microscopy images of concentric hexagonal rings in different colors, with graphs showing signal intensity across ring positions corresponding to signaling events at different time points.Fluorescence microscopy images showing square-shaped ring structures that expand over time in multiple color channels representing different molecular components.
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 10/03/2026
Cheaper, widely available antibody testing: Assoc Prof Jamie Spangler and team built an assay that converts antibody binding into glucose. Results can be measured with the same handheld meters used by 100s of millions to monitor their blood sugar. engineering.jhu.edu/news/new-glu...
engineering.jhu.edu
New Glucometer Technology Makes Disease Detection Easier - Johns Hopkins Whiting School of Engineering
Johns Hopkins researchers have developed a new way to test for infectious diseases using everyday handheld glucometers. This innovation aims to simplify the process of measuring antibody levels, makin...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 10/03/2026
Featuring Bart Paulhamus, chair of our online master's program in Artificial Intelligence, and Leslie Hamilton, instructor in our online master's program in Applied Biomedical Engineering! ep.jhu.edu?utm_campaign...
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JHU Computer Science @jhucompsci.bsky.social · 06/03/2026
Congratulations to our grad students on winning the @arize.bsky.social Sponsor Track at this year’s NexHacks! 🏆
cs.jhu.edu
Hopkins grad students win big at NexHacks
The students placed first in the Arize AI Sponsor Track, earning them a $1,000 cash prize.
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 05/03/2026
"Are the big tech firms paying? Or is Grandma going to be left holding the bag?" @energyabe.bsky.social, researcher in @energyathopkins.bsky.social, talks data center costs in the New York Times. "Talk is cheap, power plants are expensive." www.nytimes.com/2026/03/04/c...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 04/03/2026
🧵Meet the 3 Hopkins Engineers selected as 2026 @sloanfoundation.bsky.social Fellows: “early-career scholars whose creativity and innovation set them apart as the next generation of scientific leaders.” JHU has had 92 Sloan Fellows since 1955! engineering.jhu.edu/news/3-hopki...
engineering.jhu.edu
3 Hopkins Engineers Named 2026 Sloan Fellows - Johns Hopkins Whiting School of Engineering
Three faculty members from Johns Hopkins University have been named 2026 Sloan Research Fellows by the Alfred P. Sloan Foundation. These two-year, $75,000 fellowships are awarded to early-career scien...
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JHU Computer Science @jhucompsci.bsky.social · 04/03/2026
Congratulations to our researchers on this accomplishment!
cs.jhu.edu
JHU researchers receive Best Paper Award at IEEE Future Networks World Forum 2025
The forum focuses on advancing networking technology by encouraging innovative cross-domain studies, research, early deployment, and large-scale pilot showcases that address the challenges of future n...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 03/03/2026
In @nytimes.com: Did life originate on Earth or hitch a ride from… elsewhere? ☄️ Prof. K.T. Ramesh and team fired metal plates at microorganisms, simulating asteroid impacts that could blast rocks (and life?) from one planet to another. The 🦠 survived! Read: www.nytimes.com/2026/03/03/s...
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JHU Bloomberg Distinguished Professorships @jhu-bdps.bsky.social · 03/03/2026
Join us tonight at 6 PM at the JHU Bloomberg Center in DC for a conversation with BDP James Bellingham and NPR correspondent @ngreenfieldboyce.bsky.social about the future of marine technologies. hub.jhu.edu/events/2026/...
hub.jhu.edu
How Are Marine Robots Shaping Our Future? A Conversation with James Bellingham
Bloomberg Distinguished Professor James Bellingham discusses his latest book, <em>How Are Marine Robots Shaping Our Future?</em>, with Nell Greenfieldboyce, an NPR science correspondent and Krieger Sc...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 02/03/2026
How safe is that LLM? Can it be “jailbroken”—coaxed into violating its safety constraints through clever prompting? Jingyu (Jack) Zhang’s "JBDistill" distills adversarial jailbreak prompts into standardized, reproducible safety evaluations. engineering.jhu.edu/news/a-new-b...
engineering.jhu.edu
A New Benchmark for Jailbreaks: Sustainably Scaling AI Safety - Johns Hopkins Whiting School of Engineering
As new large language models (LLMs) are rapidly developed and deployed, existing methods for evaluating their safety and discovering potential vulnerabilities quickly become outdated. To identify safe...
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Johns Hopkins Bloomberg School of Public Health @johnshopkinssph.bsky.social · 26/02/2026
Reversing course on its surprise refusal to review Moderna’s mRNA flu vaccine, the FDA has now agreed to consider the company’s application. Jessica Malaty Rivera breaks down what the news means and outlines concerns from the flip-flop decision. For more: publichealth.jhu.edu/2025/risks-o...
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Johns Hopkins Engineering @hopkinsengineer.bsky.social · 18/02/2026
Even more mushroom magic: Assoc Prof Carsten Prasse in @johnshopkinsehe.bsky.social finds that the oyster and turkey tail varieties can break down 90%+ of antidepressant drugs left in biosolids—before they’re spread on farmland. engineering.jhu.edu/news/white-r...
engineering.jhu.edu
White-Rot Fungi Show Promise for Reducing Pharmaceutical Residues in Biosolids - Johns Hopkins Whiting School of Engineering
Antidepressants and other psychoactive drugs are designed to affect the human brain. But after they enter the water system in excrement or unused drugs flushed down the drain, traces of…
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