Upside-Down Design Expands Wide-Spectrum Super-Camera Abilities
New design for plasmonic metasurfaces increases their frequency range while protecting them from the elements
New design for plasmonic metasurfaces increases their frequency range while protecting them from the elements
Tuning a quantum computer’s measurement rate provides hints of quantum phase transition
With clearer imaging and enhanced resolution, a new OCT approach developed at Duke could improve medical diagnostic imaging
Rachel Bangle will study the potential for nanoplasmonic metamaterials to enable solar energy storage
Incorporating known physics into neural network algorithms allows them to discover new insights into material properties
Quantum information enthusiasts from around the world gathered in Durham to learn about the Duke Quantum Center's unique user facility
The Duke Quantum Center has the excitement of a startup and the ambition to match as it races to compete with the likes of Google and IBM
New DAREC article looks at bitcoin ETFs and how the performance of this new market niche is measured
Duke research is finding ways to save water, get rid of human waste efficiently
In this Q&A, the optics expert discusses his lab's computational sensing research and its potential for impact in health and security applications
Industry-standard dual-camera LIDAR sensors on self-driving cars can be deceived
Virtual platform replicates how human eyes track stimuli from conversations to art galleries