Using a new method, physicists at the Heidelberg Max Planck Institute for Nuclear Physics have investigated the ultrafast fragmentation of hydrogen molecules in intense laser fields in detail. They used the rotation of the ...
General Physics
Nov 2, 2020
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64
Steve Granick, Director of the IBS Center for Soft and Living Matter and Dr. Huan Wang, Senior Research Fellow, report together with 5 interdisciplinary colleagues in the July 31 issue of the journal Science that common chemical ...
Materials Science
Jul 30, 2020
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251
We are all unique. Our health is determined by our inherent genetic differences combined with our lifestyles and the environments in which we live. This unique identity means that a "one size fits all" approach is no longer ...
Molecular & Computational biology
Jun 4, 2020
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7
Polymer-based room-temperature phosphorescence (RTP) materials can be efficiently developed by covalently embedding phosphors into the polymer matrix. The process is still, however, highly challenging on a large-scale due ...
Chemically speaking, proteins might be the most sophisticated molecules out there. Millions of different kinds of them live within our cells and work together as a fine-tuned orchestra catalyzing the biochemical reactions ...
Biotechnology
May 18, 2020
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6
The structure of enzymes determines how they control vital processes such as digestion or immune response. This is because the protein compounds are not rigid, but can change their shape through movable "hinges." The shape ...
Biochemistry
Apr 24, 2020
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33
By observing individual atoms as they rearrange themselves step by step, chemists at RIKEN have cast new light on the route by which halogenated aromatic molecules join together on a silver surface1. These insights promise ...
Materials Science
Jan 24, 2020
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5
Redox flow batteries are an emerging technology for electrochemical energy storage that could help enhance the use of power produced by renewable energy resources. These power resources are inherently irregular in their supply, ...
Materials Science
Nov 21, 2019
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4
Molecular hydrogen (H2) makes up 99 percent of the cold, dense gas in galaxies. So mapping where stars are born basically means measuring H2, which lacks a strong characteristic signature at low temperatures. Astronomers ...
Astronomy
Nov 6, 2019
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831
A research team at The University of Tokyo has introduced a powerful method for actively breaking chemical bonds using excitations in tiny antennae created by infrared lasers. This process may have applications throughout ...
Materials Science
Aug 29, 2019
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