Researchers successfully develop nanoLED systems, A new technique produces perovskite nanocrystals where they are needed, so solid materials can be incorporated into nanoscale devices. Halide perovskites are a family of materials ...
We deal with bits and bytes every day, whether it's sending text messages or receiving emails. There are also quantum bits, or qubits, which differ dramatically from ordinary bits and ...
Diamond has become the go-to material for quantum sensing because of its cooperative nitrogen atmosphere, controlled rotation, sensitivity to magnetic fields, and ability to be used at room temperature. With ...
Aleksandra Radenovic, director of Engineering's Nanoscale Biology Laboratory, has worked for several years to improve nanopore technology, which involves passing molecules such as DNA through small holes (Researchers control individual ...
The process developed at KIT manages low temperatures and allows high resolution for applications in optics and semiconductor technology - Publications in Science. A process developed (3D printed glass without sintering) ...
Advanced photon sources with nanoscale platinum grains open new ways to help hydrogen economy. Researchers at Argonne and Stanford University used bright X-rays to understand the factors necessary for hydrogen production. ...
Chinese researchers have successfully harnessed ion technology to create highly efficient Mechanical metamaterials with extremely high energy absorption capabilities. The results were published in Nature Communications as lead editors. The ...
The nanoscale electronics of devices like smartphones are solid, static materials that, once designed and built, cannot be changed into anything else. But scientists at the University of California, Irvine ...
Scientists are struggling to translate the conflicting discoveries of the quantum field of the past century into the technology of the future. The cornerstone of these technologies is the quantum ...
Sometimes a chemical reaction not only proceeds in one direction, but exhibits spatio-temporal oscillations. At TU Wien, changes in chaotic behavior (Nanoscale Chaos) are observed at the nanometer scale. Turbulent ...
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