New 77-inch OLED display shows significant progress through newly developed and highly efficient materials as well as the addition of a layer to the display.
Potential-induced degradation is one of the most critical failure modes in (bifacial) photovoltaic systems.
Eszter Voroshazi, Michaël Daenen, Group leader of the PV module and system activities at imec and Assistant Professor of Engineering Technology at Hasselt University12.09.20
Scientists formulate a novel strategy to predict the lifetime of nanolithography molds through changes in the contact angle of water on the mold surface.
Prof. Jun Taniguch, Tokyo University of Science, Japan11.16.20
Both graphic, electronic parts are printed directly onto a substrate backside, creating a closed. smooth surface that contains all electronic functionalities.
Research supported by orgs including Office of Naval Research, Air Force Office of Scientific Research, and U.S. DOE's National Nuclear Security Administration.
John Toon, AVP Research Communications. Georgia Institute of Technology11.06.20
Contracted 0.5% to 3,135 million square inches in 3Q 2020 compared to 2Q but registered a 6.9% increase from 2,932 million square inches shipped in 3Q 2019.
He’ll help drive the next technology leap for OLEDs with TADF-based materials innovation to further improve the efficiency, color and lifetime of OLED displays.
NanoDirect’s high purity nanowires key for use in products such as smart textiles, e-readers, display technology, photonics, biosensors and solar cells.
Will focus on extending power, range and efficiency in electric vehicles, safety in radar and vision systems for advanced driver assistance systems and more.
Honored for “development of highly efficient electrophosphorescent materials for organic light emitting devices used in displays and lighting worldwide.”