Working with a leading medical center, a Stevens team discovers packages fashioned from nanoparticles of gold deliver cancer medications to tumors precisely, with minimal leakage — reducing the potential for toxic side effects. The technique may also open the door to novel therapies for a range of liquid and solid cancers.
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Aircraft and defense system designs face a simple but formidable speed bump: thin layers of friction with the atmosphere that hinder velocity and fuel efficiency. Now, with DoD's support, Stevens is exploring those crucial layers.
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New AI techniques clarify and sharpen medical imagery, enabling earlier detection of cardiovascular diseases, spoiled foods and even objects embedded in produce.
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A Stevens researcher working with three partner universities co-develops an AI to ideate new questions, challenges and lines of thought by quickly scanning written materials.
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Researchers develop a new AI-powered system that non-invasively listens to blood flowing through hearts and arteries with a wearable microphone.
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Busy ferries connect Ecuador's ecologically sensitive Galápagos Islands. As that nation works to make transit more sustainable, Stevens lends design and testing expertise.
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Future space missions will explore planets and moons, drilling into rock, ice and soil. NASA's Jet Propulsion Laboratory taps Stevens to develop radar that can peer below surfaces before drilling.
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Recent Recognition & Awards
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Jason Rabinovitch was one of six scientists selected for the Venus Science Coordination group, a newly established joint committee of NASA and the European Space Agency.
- A Stevens graduate-student team advised by Jia Xu placed second in the global Amazon Alexa SocialBot Grand Challenge 5.
- Stevens received $4.5 million in state and federal funding for supercomputing and other resources that will support research in AI, flood prediction, quantum science and other areas.
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Marouane Temimi and Kaijian Liu received $870,000 from NOAA and the U.S. Geological Survey to develop AI that will monitor flow conditions in hundreds of the nation's rivers and stream from camera and video imagery.
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Hongbin Li received $600,000 from the NSF to develop enhanced radio-frequency sensing applications using intelligent, reconfigurable surfaces.
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Philip Odonkor’s startup venture Grid Discovery was selected as one of 12 to join the TechStars Alabama EnergyTech Accelerator co-sponsored by the University of Alabama.
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Xiaofeng Qian and research assistant Misagh Izadi ’23 published “Bridging coherence optics and classical mechanics: A generic light polarization-entanglement complementary relation” in Physical Review Research [5, 033110]. The paper connects a 350-year-old theorem describing the movements of clocks and planets with the behaviors of light waves.
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- Cheng Chen published "Galaxy morphology classification using VGG16" in the Journal of Physics: Conference Series [2580 (2023) 012023].
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- Johannes Weickenmeier and research assistant Xuesong Zhang Ph.D. '23 published “Brain stiffness follows cuprizone-induced variations in local myelin content” in Acta Biomaterialia [Vol. 170, pp. 507-518].
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- Jing Chen co-authored “Does lowball guidance work? An analysis of firms that consistently beat their guidance by large margins” in the British Accounting Review [2023: 101219].
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Stevens Research In the News
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