Scientists reveal new method in measuring electric potential of atoms at the nanoscale Collaborators from Julich and the University of Magdeburg have developed a new method that quantitatively measures the sample's electric potentials at atomic accuracy.
Researchers have modified the GT scheme to solve some advanced problems such as identifying highly distorted structures, distinguishing structures with substantial similarity and classifying complex crystal structures in materials big data
Technologically, this phenomenon is essential since the electrical resistance of the two possible configurations is drastically different, which is known as the giant magnetoresistance effect
Researchers proposed that adding APC in between QDs and MoSe2 creates a funnel-like energy-transfer effect due to the way that APC preferentially orients itself relative to MoSe2
Scientists reveal the structure of a pentaquark using new technique Large Hadron Collider (LHC) collaborators discovered that a pentaquark has a structure similar to that of molecules.
The new catalyst has the combination of reactive elements in a unique core-shell structure that Brookhaven scientists have been exploring for a range of catalytic reactions to speed up all of these steps
Wide applications eyed with the design of a glowing protein Biophysics collaborators from the Moscow Institute of Physics and Technology and colleagues from France and Germany have designed a new fluorescent protein.
NASA explains the phenomenon behind traveling on the speed of light In the field of science, it is a common knowledge that nothing can ever surpass the speed of light, as what Albert Einstein theory of special relativity suggests.
A new method in determining the location of an electron is developed by scientists Physicists from the National Institute of Standards and Technology (NIST) and the University of Maryland developed a method through direct observation specific details that describe an isolated quantum system.