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Figure 1: Comparison of Superjunction transistor, SiC MOSFET, and GaN HEMT
The winning team from the Technical University of Munich
Gallium oxide chip with transistor structures and for measurement purposes, processed at FBH via projection lithography.
Dr. Litty Thekkakara, RMIT researcher and co-developer of new technology for rapidly fabricating textiles embedded with energy storage devices.
Graphic representation of what a patient sees when wearing an augmented reality low vision aid.
Dr. Mark Lee, head of the Department of Physics in the School of Natural Sciences and Mathematics, explains his research into the thermoelectric harvesting ability of silicon "nanoblades."
Sven Scholz (left) and Arne Ludwig are experts for generating quantum dots in semiconductors.
Lead authors and Ph.D. students David Mackanic, left, and Zhiao Yu with their battery tester at right. Yu holds a dish of already tested cells that they call "the battery graveyard."
Hogweed
Rice University physicists (from left) Liyang Chen, Panpan Zhou and Doug Natelson and colleagues at Brookhaven National Laboratory and the University of Connecticut found evidence of electron pairing -- a hallmark feature of superconductivity -- at temperatures and energies well above the critical threshold where superconductivity occurs. The research appears this week in Nature.
MIT Professor Earl Miller
The world's first integrated Power-to-Liquid (PtL) test facility to synthesize fuels from the air-captured carbon dioxide. (Photo: P2X project/Patrick Langer, KIT)
Participants of the Indy 5G Summit, held earlier this summer, laid the groundwork to establishing Indianapolis as one of only two metro areas in the U.S. selected for the launch of both AT&T and Verizon 5G broadband networks.
The newly designed high voltage aqueous Zn anode batteries can challenge Li-ion's current dominance.
The team tested ShareAR with three case study apps: Cubist Art (top panel), which lets users create and share virtual artwork with each other; Doc Edit (bottom left panel), which lets users create virtual notes or lists they can share or keep private; and Paintball (bottom right panel), which lets users play paintball with virtual paint.
Anup Bhalla, Vice President Engineering, UnitedSiC
Josh Frisby, the founder of Electric Scooter Insider
Transparent nylon could be an important building block for the development of transparent electronic circuits in the future.
This greatly magnified image shows four layers of atomically thin materials that form a heat-shield just two to three nanometers thick, or roughly 50,000 times thinner than a sheet of paper.
An international research team has been able to show that it is relatively easy to generate terahertz waves with an alloy of mercury, cadmium and tellurium.
Map showing the power density potential for each European country.
By 2021, an estimated 3.5 million cybersecurity jobs across the globe will be unfilled. The WVU Lane Department of Computer Science and Electrical Engineering hopes to help plug the demand with a project called 'ACCESS' that cultivates cybersecurity experts through scholarships.
Artistic representation of an energetic landscape that determines the movement of photo-induced positive (h+) and negative (e-) charges in photovoltaic devices.
Advances in adapting the technology and better methods for predicting wind conditions have fanned significant growth of the use of wind turbines for electricity in the last 40 years.
Schematic representation of local lattice vibrations in graphene excited by a wavefront of transmitted fast electrons.
Schemes of PPC with equal effective refractive index and structure period. a 1D PPC and b 3D opal-like PPC
Falls account for 40% of injury-related deaths in people aged over 65 years.
Adjacent crystal structures of rhenium diselenide (top) and molybdenum diselenide form a 2D transition metal dichalcogenide heterostructure with sharply separated domains. The unique material created at Rice University shows promise for optoelectronic applications.
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Figure 1: EV Charging Station
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Microchip CSA 100 MEMs oscillator
Chair-professor Dae Won Moon in the Department of New Biology (left) and Research Fellow Jae Young Kim in the Department of Robotics Engineering (right)
(A) Photoluminescence and (B) electroluminsecence in low-dimensional and 3D perovskite-based devices. Photoluminescence (PL) refers to the emission of light caused by the absorption of incident photons, whereas electroluminescence (EL) is the emission of light owing to the energy supplied by an electric current. Although low-dimensional perovskite exhibits better PL properties than 3D perovskite, the latter has better EL properties, which can be exploited to design very bright and efficient PeLEDs.
Dr. Randall Ellingson, professor in the UToledo Department of Physics and Astronomy, analyzes the response of solar cells in his laboratory at The University of Toledo.
