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Physics 2, 93 (2009) – Published November 9, 2009 A theory of novel phase formation near quantum critical points suggests that large fluctuations lead to magnetic analogs of inhomogeneous superconductivity. |
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Physics 2, 59 (2009) – Published July 13, 2009 An angle-resolved photoemission study suggests that different physics may underlie two major classes of iron-based superconductors. |
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Physics 2, 60 (2009) – Published July 13, 2009 Are electronic correlations in the new iron-pnictide high-temperature superconductors as strong as in their older cuprate brethren? Yes, say some physicists; no, say others. X-ray experiments deliver the verdict. |
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Physics 2, 46 (2009) – Published June 1, 2009 Calculations of the Raman response for iron pnictide superconductors reveal a collective mode that may be crucial to unravel the pairing symmetry. |
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Physics 2, 22 (2009) – Published March 16, 2009 Decoration experiments of the two-gap superconductor MgB2 show evidence for long-range attraction between vortices in a superconducting mixed state, which is interpreted as coexisting type-I and type-II |
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Physics 1, 28 (2008) – Published October 13, 2008 The discovery of superconductivity in iron-based compounds with a similar, but simpler, structure to the iron-pnictides could provide an important testing ground for unconventional superconductivity. |
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Physics 1, 19 (2008) – Published September 15, 2008 Discovering superconductivity above room temperature is a dream for modern science and technology. Now, theorists propose that for certain types of superconductors, contact with a metal layer could greatly increase the transition temperatures of these materials—in some cases by as much as an order of magnitude. |
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