|CCL 06.07.09 Materials and Mechanisms of Superconductivity High Temperature, Dresden, Germany|
From: chemistry-request at ccl.net
To: chemistry-request at ccl.net
Date: Fri Jan 13 20:02:04 2006
Subject: 06.07.09 Materials and Mechanisms of Superconductivity High Temperature, Dresden, Germany
Materials and Mechanisms of Superconductivity High Temperature Superconductors VIII July 9 to July 14, 2006 Dresden, Germany http://www.m2s-dresden.de/frs_default.htm The 8th International Conference on Materials and Mechanisms of Superconductivity and High Temperature Superconductors (M2S-HTSC-VIII) will be held in Dresden Germany from July 9 to July 14, 2006. This conference follows conferences previously held in Interlaken, Switzerland (1988), Palo Alto, USA (1989), Kanazawa, Japan (1991), Grenoble, France (1994), Beijing, China (1997), Houston, USA (2000), and Rio de Janeiro, Brazil (2003). The M2S-HTSC Conference series can be traced back to the " d- and f-band" superconductivity conferences that were held in Rochester, USA (1971), Gatlinburg, USA (1973), Rochester, USA (1976), La Jolla, USA (1979), Karlsruhe, Germany (1982), and Ames, USA (1984). The conference in Dresden is again dedicated to all aspects of superconductivity and related phenomena. The focus will be around materials, properties and mechanisms. Besides the cuprates, other new oxide superconductors such as the ruthenates and cobaltades have emerged. Borides, borocarbides, doped fullerenes, organic superconductors, and heavy fermion superconductors will also form an important part of the program. The synthesis of these superconductors, the characterization of their physical properties and applications will be an integral part of the conference. The understanding of the mechanism(s) for unconventional superconductivity has been a key issue in condensed matter physics and material science for many years. All formal conference sessions and an exciting exhibition will take place at the new Conference Centre, which is conveniently located in close proximity to the conference hotels in downtown Dresden. The centre is situated next to the Elbe river in one of the most beautiful areas of the city of Dresden. Together with other settings along the Elbe river, this area has recently been included in the UNESCO World Heritage List. Besides "Europe's balcony", as Goethe called baroque Dresden, which offers European cultural and art treasures, magnificent baroque buildings, world-famous art collections, lively theatre and music, there are several possibilities for tours around Dresden to several castles and to the beautiful landscape of Swiss Saxony. "See you in Dresden!" Topics The 8th International Conference on Materials and Mechanisms of Superconductivity and High Temperature Superconductors (M2S-HTSC-VIII) in Dresden is dedicated essentially to superconductivity and related phenomena, and to the host materials of these phenomena. The conference follows a series of meetings, established in 1988 in Interlaken, two years after the discovery of high-Tc superconductivity. The M2S-HTSC Conference Series evolved from the 1984 M2S Conference and the preceding d- and f-Band Superconductivity Conferences dating back to the early 1970th. The general conference topics include, but are not limited to, experimental and theoretical study of mechanism and physics, characterization, synthesis and processing, and application of s uperconductors. In particular, we list the following topics: A Materials A1 Oxides A1-1 Cuprate superconductors A1-2 Insulating cuprates A1-3 Cobaltates A1-4 Ruthenates A1-5 Pyrochlore oxides A1-6 Other oxides A2 Borides and Borocarbides A2-1 MgB2 A2-2 Other Borides A2-3 Borocarbides A3 Carbon-based superconductors A3-1 Fullerides, nanotubes A3-2 Organic superconductors A4 Light elements and high pressure A5 Heavy fermion superconductors A5-1 Heavy fermion superconductors A5-2 Quantum critical materials A5-3 Scutterudites A6 Low Tc superconductors A7 New superconductors B Physical Properties and Characterization B1 Structural Properties B1-1 XRD, elastic neutron scattering, electron diffraction B1-2 EXAFS B1-3 STM, AFM B1-4 SEM, TEM B2 Thermal properties B3 Magnetic properties B4 Electrical transport B5 High pressure effects B6 Spectroscopy B6-1 Optical spectroscopy, IR, microwave B6-2 Raman spectroscopy B6-3 NMR, ESR, Mssbauer spectroscopy B6-4 Inelastic neutron scattering B6-5 SR B6-6 Photoemission, ARPES B6-7 Tunnelling spectroscopy B6-8 Other spectroscopies C Theory and Mechanisms C1 Normal and superconducting state C1-1 Electronic structure C1-2 Correlation effects C1-3 Spin liquids C1-4 Normal state properties, pseudo-gap C1-5 Quantum criticallity C1-6 Phonons C1-7 Spin excitations C1-8 BCS C1-9 Strong coupling C1-10 Inhomogeneous order parameter C2 Structural and electronic inhomogeneities C2-1 Stripes C2-2 Phase separation C2-3 Granularity C3 Vortex physics C3-1 Pinning C3-2 Single vortex C3-3 Ordered and disordered vortex structures C3-4 Vortex dynamics C4 Tunnelling, Josephson networks D Synthesis and Processing D1 Bulk materials D1-1 Single crystals D1-2 Melt processing D1-3 Ceramics D2 Thin films, multilayers D3 Wires, tapes, and coated superconductors D4 Josephson junction arrays D5 Nanostructured superconductors E Applications E1 Power Applications E1-1 Cables E1-2 Transformers E1-3 Motors/Generators E1-4 Magnets E1-5 Magnetic energy storage E1-6 Current limiter E1-7 Levitation E2 Low power Applications E2-1 Microwave filters E2-2 Josephson devices, SQUIDS E2-3 Superconducting qubits E3 Other devices and applications F Ultracold quantum gasesNOTE THAT E-MAIL ADDRESSES HAVE BEEN MODIFIED!!!
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