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 ...
Scientists from the universities of Würzburg and Bielefeld discover the quantum properties of the optical-electronic oscillations at the nanoscale. The results can contribute to the development of new computer chips. ...
A group of scientists, made up of researchers from the Max Born Institute in Berlin and the Helmholtz-Zentrum Berlin in Germany and the Brookhaven National Laboratory at the Massachusetts Institute ...
Sometimes friction is good, like the friction between the road and a car's tires to keep the car from rolling over. And sometimes friction is bad - if you don't ...
A team of scientists and engineers at the University of Minnesota Twin Cities has developed a new method (A new technique to create self-supporting membranes of "smart" materials) to create ...
It's like a magic trick: some objects can pass through an electric ion very quickly without showing holes afterwards. Impossibilities are left at the macroscopic level at the level of ...
Amazingly small nanoscale buildings (Designed with DNA) are emerging from the research laboratories of Duke University and Arizona State University, and it is easy to imagine that you are browsing ...
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