A research team led by Cun-Zheng Ning, who serves as Professor of electrical engineering at the Arizona State University, has synthesized a new compound crystal material dubbed erbium chloride silicate in the single-crystal nanowire form, paving the way to design future-generation computers, enhance internet capabilities, improve the quality of the sensor and solid-state lighting technology and improve the conversion efficiency of the silicon-based solar cells.
A Research team led by Eugene Zubarev, Rice University’s Associate Professor of chemistry, has developed a method to pack over 2 million gold nanorods inside a single cancer cell, paving the way for accelerating the advancements of cancer therapies, whereupon nanorods will be utilized as minute heaters to cook cancer cells from the inside.
A research team at the School of Engineering of Stanford has developed a superfast nanoscale light emitting diode (LED), which consumes very minimal power when compared to the laser-based devices and is capable of transmitting data at a speed of 10 billion b/s, paving the way for ultra-low power and light sources for transmitting on-chip computer data.
Scientists at the Harvard School of Engineering and Applied Sciences (SEAS) have developed a novel single-layer design for building quantum-dot light-emitting devices (QD-LEDs) by stacking quantum dots within an insulating structure having the shape of an egg crate.
Researchers at the Purdue University have designed a technology for packing carbon nanotubes and synthetic DNA onto a biosensor electrode, paving the way for accurately analyzing diabetes and other diseases.
Midatech Group has declared that Swissmedic approval has been granted to it to begin the first-in-human clinical study with insulin-coated gold nanoparticles in partnership with PharMida, its subsidiary based in Switzerland.
Researchers at the National University of Singapore (NUS) in partnership with the scientists at the Fujian Institute of Research on the Structure of Matter and the King Abdullah University of Science and Technology have developed an efficient upconversion technique in nanoparticles, paving the way to efficiently control light emission utilized in imaging applications.
Northwestern University engineers have developed a silicon-graphene composite electrode that makes lithium-ion batteries to retain their charge for a period of 10 folds more than that of the existing technology and also allows them to be recharged 10 folds quicker than the existing batteries.
The University of Manchester has received a portion of a £4.5 million grant based upon its microscopy research capability. The Engineering and Physical Sciences Research Council (EPSRC) has awarded the grant to the SuperSTEM consortium comprising the Universities of Manchester, Oxford, Liverpool, Glasgow and headed by the University of Leeds.
Scientists at the Nanotechnology Research Center of the Georgia Institute of Technology have for the first time directly compared two basic techniques that can be utilized for chemically doping two-dimensional graphene sheets for the production of interconnects and devices.
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