A research team led by Shunsuke Yoshizawa, ICYS researcher, NIMS, Takashi Uchihashi, leader of the Surface Quantum Phase Materials Group, MANA, NIMS, Emi Minamitani, assistant professor, School of Engineering, University ...
Superconductivity
May 15, 2017
0
14
Heat, dust and moisture damage electronic components. Protecting against dust and moisture is fairly straightforward, but heat remains a problem because it is created within the component itself. Anywhere electricity flows, ...
Engineering
May 2, 2017
0
4
Researchers at North Carolina State University have found that a material which incorporates atomically thin layers of water is able to store and deliver energy much more quickly than the same material that doesn't include ...
Materials Science
Apr 28, 2017
0
418
A new atomically thin material similar to graphene has been proven to be a promising new superconductive material.
Nanomaterials
Apr 12, 2017
0
597
A team of researchers led by ETH Zurich professor David Norris has developed a model to clarify the general mechanism of nanoplatelet formation. Using pyrite, they also managed to confirm their theory.
Nanophysics
Apr 4, 2017
0
11
When a star like our sun gets to be very old, after another seven billion years or so, it will shrink to a fraction of its radius and become a white dwarf star, no longer able to sustain nuclear burning. Studying the older ...
Astronomy
Mar 27, 2017
0
282
Common sense might dictate that for an object to move from one point to another, it must go through all the points on the path.
Nanophysics
Mar 15, 2017
7
1805
Gadgets are set to become flexible, highly efficient and much smaller, following a breakthrough in measuring two-dimensional 'wonder' materials by the University of Warwick.
Nanomaterials
Feb 16, 2017
0
620
A cover story appearing in the peer-reviewed journal Nanoscale Horizons reports a new bilayer material, with each layer measuring less than one nanometer in thickness, that someday could lead to more efficient and versatile ...
Nanomaterials
Feb 15, 2017
0
1036
A new study, affiliated with UNIST has introduced a novel method for fabrication of world's thinnest oxide semiconductor that is just one atom thick. This may open up new possibilities for thin, transparent, and flexible ...
Nanomaterials
Feb 8, 2017
0
13
