A longtime collaborator with many faculty members at Duke, Vikesland brings a strong research portfolio in the chemistry of water droplets and collaborative, interdisciplinary leadership to the school.
New data-driven approach could enhance results for the quickly growing $130 billion probiotics and prebiotics industry.
Delivered more than 24 hours after a stroke in mice, the biomaterial promoted vascular repair, neural remodeling and improved motor performance
Duke engineers are leading a Phase 1 Genesis project funded by the Department of Energy to develop an AI platform capable of designing large-scale DNA-based materials for next generation energy technologies.
Duke engineers are leading a Phase 1 Genesis project funded by the Department of Energy to develop robotic AI processing hardware 10x faster and 100x more efficient than today’s top performers.
An academic-industry collaboration identifies 1% of resumes in a 200,000 sample across multiple sectors as containing concealed instructions meant to exploit AI systems.
Crystal Noel co-led the development of a simplified model to understand how the fabric of space and time could emerge from fundamental quantum degrees of freedom.
Jeff Glass helped lead a report that recommends a new cross-school academic unit to coordinate, connect expertise.
Recent Duke ECE graduate will study redox-flow batteries at the Laboratory of Nanoscience for Energy Technologies in Lausanne, Switzerland with support from the prestigious award.
Duke researchers highlight the gaps in federal guidance governing validation of wearable devices
Four Duke CEE alumni from the Class of 2006 reunite to swap unforgettable undergrad memories, share wildly different career paths, and offer practical advice for future students.
Critical cells that line retinal blood vessels grown from stem cells restore retinal function in mouse models and form retinal tissue in a lab for future disease studies.
