Racing to Disrupt Industries Using Novel Manufacturing Methods
A partnership between two startups with strong connections to Duke Engineering is looking to revolutionize a staple product of orthopedic surgery
A partnership between two startups with strong connections to Duke Engineering is looking to revolutionize a staple product of orthopedic surgery
Coarser modeling approach allows researchers to better understand the process by which DNA folds into engineered nanoscale structures to speed innovation
New grant supports development of new materials that have high strength combined with low thermal conductivity at temperatures reaching above 1,800 degrees.
New synthetic DNA-nanoparticle complexes provide fundamental insights into autoimmune diseases
With five major chaperone classes identified, particularly the HSP70 family, Dimitra Apostolidou's research challenges the "universal mechanism" concept, aiming to understand specific protein interactions.
Researchers are reevaluating the Brazilian test due to concerns about its accuracy and the underlying theory of material failure.
New platform separates biomarkers with a water droplet-based centrifuge that spins up to 6000 RPM, pushed only by sound waves
News of the funded proposal came with an additional moment to celebrate with the Duke MEMS faculty member being named a Scialog Fellow for Negative Emission Science
A new computational method unveils hundreds of new ceramic materials with a wide range of potentially industry-disrupting properties like electronics that could function in a lava bath
New faculty member Michela Geri seeks to gain a better understanding of structured fluids using tailored experimental and theoretical tools with a focus on energy and environmental applications
New faculty member Bavand Keshavarz joins Duke Engineering with expertise of soft materials and fluid dynamics
Research demonstrates the power of rhythm as a design element in evolution and robotics