News

The assembly wheel, designed to reflect light extremely efficiently.

| Duke Engineering

Mapping the Invisible

Duke researchers are gearing up to take advantage of the new Nancy Grace Roman Space Telescope to explore the history (and present) phenomena of our galaxy

An image showing the blood vessels and oxygen levels in a mouse placenta

| Duke Engineering

Researchers Create Real-Time View of Placental Development in Mice

New approach tracks blood flow and oxygen levels in the developing placenta of mice throughout pregnancy

a closeup of a half dozen blue camera lenses all pushed together with reflections of colorful ant shapes in them

| Duke Engineering

Launching an AI and Photonics Initiative at Duke

The Fitzpatrick Institute for Photonics is creating a new group focused on a quickly growing and evolving marriage of technologies

A clear heart shows the red sonoink in

| Duke Engineering

Soundwaves Harden 3D-Printed Treatments in Deep Tissues

A specialized ink hardens when exposed to focused ultrasound waves, transforming into biologically compatible structures

A graphic showing the effect of epinephrine on a mouse brain.

| Duke Engineering

Epinephrine Disrupts Brain Oxygen Levels in Mice

Study reveals the common heart attack drug can negatively affect the brain’s vasculature system in a surprising manner

Illustration of positive charge carriers within a class of materials called perovskites

| Duke Engineering

Growing Triple-Decker Hybrid Crystals for Lasers

Collaboration between Duke and Purdue explores the fabrication and optoelectric characterization of multilayered perovskites

Two shaded areas shaped like a kidney bean with sections of green eminating from the center

| Duke Engineering

Quantum Computer Unveils Atomic Dynamics of Light-Sensitive Molecules

A quantum computer slowed simulated molecular quantum effects by a billion times, allowing researchers to directly measure them for the first time

A low-profile, wearable imaging tool will be able to provide physicians with accurate, detailed, 3D brain images

| Duke Engineering

A Non-Invasive Way to Visualize the Deep Brain

By developing a brain imaging tool that can stick directly to a patient's scalp, Xiaoyue Ni and Junjie Yao aim to make it easier for doctors to diagnose strokes

Aerial view of Thilafushi island with a trash burning plume visible

| Duke Engineering

Eyes in the Skies Confirm the End of Trash Burning in the Maldives

A new AI approach needs only a small amount of visual data to identify and track plumes of smoke in satellite imagery

a wide field of mud with puddles throughout

| Duke Engineering

The Problems With Coal Ash Start Smaller Than Anyone Thought

How well toxic elements leach out of coal ash depends on the ash’s nanoscale composition

a light blue maze of shapes intersecting with one another with orange dots scattered throughout

| Duke Engineering

Flexing Crystalline Structures Provide Path to a Solid Energy Future

Machine learning approach opens insights into an entire class of materials being pursued for solid-state batteries

Roarke Horstmeyer

| Duke Engineering

Horstmeyer Receives NSF CAREER Award to Develop Hardware and Software for Fast, High-Definition, 3D Microscopes

Competitive, five-year grant will help Horstmeyer develop new computational microscopes capable of capturing and processing large-volume, high speed video

Images of cells expressing a tension sensitive FRET-based biosensor for the mechanical linker protein.

| Duke Engineering

Proteins Use Force to Make New Connections

New imaging approach visualizes how applying force to proteins alters complex formations

a multicolor image made by Duke University of a mouse brain in coronal cross-section

| Duke Today

Brain Images Just Got 64 Million Times Sharper

MRI technology from Duke-led effort reveals the entire mouse brain in the highest resolution

gif of an ant

| Duke Engineering

Gigapixel 3D Microscope Captures Life in Unprecedented Detail

Stitching videos from dozens of cameras together provides unique 3D view of macroscopic experiments with microscopic detail