... magnetism and superconductivity.
"The exotic compounds we're studying will not become practical superconducting materials; however, by studying them we can learn the trends that govern a material's ...
... superconductors."
Bozovic foresees future research investigating different combinations of non-superconducting materials. "Further study of the temperature-enhancement mechanism might even tell us ...
... particular direction. "Our findings rule out certain explanations for the development of superconductivity in these materials, and lend support to other, competing theories," said Brookhaven physicist ...
... in which the superconducting material behaves simultaneously as a nonmagnetic material and a magnetic material.
Superconducting materials carry a current without resistance, usually when cooled to ...
... theory. Among other applications, it can be used to better understand high-temperature superconducting materials and will thus be important in the development of new superconducting materials and ...
... supercooling equipment. This presents researchers with a grand challenge: to find superconducting material that can operate at more "normal" temperatures.
"If superconductors could exist at room ...
... Research Chair in the Electronic Structure of Solids.
"Extremely thin layers and surfaces of superconducting materials take on very different properties from the rest of the material. Electrons ...
... is growing. In March this year scientists in Japan first reported a new class of iron-based superconducting material that can conduct electricity without resistance when cooled to ...
... shaped like a disk or a pancake. The tape consists of a thin, flat strip of superconducting material sandwiched between two strips of stainless steel. In the bifilar fault-current limiter design, ...
... timing of the testing phase for ARCS was ideal because in the preceding months, a new class of superconducting materials – pnictide compounds based on iron and arsenic – was discovered. This allowed ...
... to probe iron-arsenic compounds, the 'hottest' new find in the race to explain and develop superconducting materials. Rob McQueeney, an Ames Laboratory physicist, was part of that team whose findings ...
... of lag in response time (or hysteresis) as magnets, including ferroelectric, elastic and superconducting materials, Liu explained. "It's a powerful tool for probing variations, or heterogeneity, in ...
... resolve the underlying physics behind both types of superconductor and design new superconducting materials, which may eventually lead to even higher temperature superconductors."
Professor Bernhard, ...
... high-Tc cuprates.
Many believe that MgB2 was the next milestone in the area of superconducting materials for the reason that the mechanism there is conventional, yet critical temperature is much ...
... -arsenides is likely to be very different when compared to other types of known superconductors. In superconducting materials, electrons form pairs, called Cooper pairs, below a critical temperature ...
