Pictured here is Dr. Hyunkook Lee from the University of Huddersfield.
An electron microscope image shows a cross-section of a laser-induced graphene and polyimide composite created at Rice University for use as a triboelectric nanogenerator. The devices are able to turn movement into energy that can then be stored for later use.
Paul Wiener from GaN Systems
Schematic representation of an organic semiconductor laser diode producing blue laser emission under electrical excitation.
PPPL physicist Lan Gao
The figure describes the dynamics of two spins as a harmonious couple-dance. Different from a solo-dance of a single spin, the couple-dance would present more unique and charming features, such as parity-time symmetry breaking demonstrated in the work.
Field-programmable gate arrays (FPGAs) are more flexible than common specialized computer chips -- and they used to be seen as particularly secure.
Alex Lidow from Efficient Power Conversion
Graphene Flagship researchers during one of the zero-gravity experiments.
Chemical and biomolecular engineering professor Charles Schroeder, left, and graduate student Yuecheng (Peter) Zhou study the flow dynamics of ring and linear polymer solutions to tease out clues about how synthetic polymers interact during processing.
Christopher Ridgewell, CEO of AW-Energy Oy
This is a test facility for evaluation of battery performance and life at Argonne National Laboratory.
Army funded research discovery may allow for development of novel device structures that can be used to improve logic/memory, sensing, communications, and other applications for the Army as well as industry. Image demonstrates simulation of emergent chirality in polar skyrmions for the first time in oxide superlattices
Click image to enlarge
Standing room only at PSD's PCIM Europe 2019 podium presentation titled: "Get Going with GaN"
Five-year investment leverages an existing building and refurbished 200mm equipment to build state-of-the-art automotive-qualified production facility
