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Media Coverage

Check out the latest media coverage of Duke engineering research and education.


Forbes | October 10, 2022

Quantinuum Is On A Roll – 17 Significant Quantum Computing Achievements In 12 Months

Featuring Chris Monroe

ECE Professor Chris Monroe co-authors a string of papers solving problems for linear quantum charged-coupled devices. 


Forbes | October 5, 2022

Massive Digital Library Released To Accelerate Clinical Research And Cut Costs

Featuring Jessilyn Dunn

BME Professor Jessilyn Dunn comments on a health technology startup called HumanFirst that is changing the way clinical trials are run by putting people at the center of drug development.


The News & Observer | October 5, 2022

In Race Toward Quantum Computing, North Carolina Takes Center Stage

Featuring Chris Monroe

The Duke Quantum Center is helping to put the Triangle on the national quantum computing map.


Fortune | September 23, 2022

How to Land a Cybersecurity Internship—and Why You Need to Start Looking Now

Featuring Jimmie Lenz

Jimmie Lenz helps explain how summer internships often turn into job offers from those businesses and organizations once students complete grad school.


Popular Mechanics | September 14, 2022

Want to Build the Perfect Bonfire? All You Need Is a Little Bit of Math

Featuring Adrian Bejan

MEMS Professor Adrian Bejan has some advice on how to mathematically build the perfect bonfire. 


WRAL | September 10, 2022

Duke team gets global attention for rainforest drone project

Featuring Martin Brooke


US Department of Energy | September 9, 2022

Uncovering the Atomic Mechanism Underpinning Heat Transport in Thermoelectric Materials

Featuring Olivier Delaire

MEMS Professor Olivier Delaire is using neutrons to reveal remarkable atomic behavior in thermoelectric materials for more efficient conversion of heat into electricity.


WHQR | September 9, 2022

New Company Looks to Destroy PFAS With Green Chemistry

Featuring Marc Deshusses

CEE Professor Marc Deshusses's startup company 374Water aims to use a tried and tested method to destroy PFAS and other contaminants at commercially viable volumes, using supercritical water.


Forbes | September 7, 2022

Top 2023 IEEE Biomedical Engineering Awardee Professor Nimmi Ramanujam Shares Deep Insights

Featuring Nimmi Ramanujam

BME Professor Nimmi Ramanujam, the recipient of the highest award for outstanding contributions to biomedical engineering, shares her thoughts on the field and her research.


WRAL | August 29, 2022

Contaminants from Flooding in NC Hurricanes a Risk to Environment

Featuring Lee Ferguson