101. Invalid Archive Name 'cond-mat.supr-con' xxx.lanl.gov/list/condmat.supr-con/recent NREL Basic Sciences-superconductivityResearchers in the NREL Center for Basic Sciences conduct fundamental research on superconducting materials and processes, including etch processes and http://xxx.lanl.gov/archive/supr-con

Invalid archive name 'cond-mat.supr-con' Choose one of the following archives Astrophysics (astro-ph) Condensed Matter (cond-mat) Computer Science (cs) General Relativity and Quantum Cosmology (gr-qc) High Energy Physics - Experiment (hep-ex) High Energy Physics - Lattice (hep-lat) High Energy Physics - Phenomenology (hep-ph) High Energy Physics - Theory (hep-th) Mathematics (math) Mathematical Physics (math-ph) Nonlinear Sciences (nlin) Nuclear Experiment (nucl-ex) Nuclear Theory (nucl-th) Physics (physics) Quantitative Biology (q-bio) Quantum Physics (quant-ph) or from one of the following archives which no longer accept submissions (most have been subsumed into the archives listed above) Accelerator Physics (acc-phys, subsumed into physics.acc-ph) Adaptation, Noise, and Self-Organizing Systems (adap-org, subsumed into nlin.AO) Algebraic Geometry (alg-geom, subsumed into math.AG) Atmospheric-Oceanic Sciences (ao-sci, subsumed into physics.ao-ph) Atomic, Molecular and Optical Physics (atom-ph, subsumed into physics.atom-ph) Bayesian Analysis (bayes-an) Chaotic Dynamics (chao-dyn, subsumed into nlin.CD)

102. The Lemberger Superconductivity Laboratory Thomas Lemberger s superconductivity research lab in the department of physics at The Ohio State University. http://www.physics.ohio-state.edu/~trl/group/

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103. Superconductivity And Magnetism The discovery of superconductivity in MgB2 at 39K sparked great interest in the superconductivity and Magnetism Group makes indepth experimental and http://www.msd.anl.gov/groups/sm/

Materials Science Division Superconductivity and Magnetism MSD Home Overview Groups Highlights ... Personnel Superconductivity and Magnetism Tunneling in Two-Band Superconductor MgB2 The discovery of superconductivity in MgB2 at 39K sparked great interest in the fundamental physics and practical applications of this material. The existence of two gaps in this material is one of the most peculiar features in this binary superconductor. More... Superconductivity and Magnetism Group makes in-depth experimental and theoretical investigations of specific compounds and general issues important for applications and fundamental physics of novel materials. We maintain leading programs in both experiment and theory, with each deriving strong benefit through close mutual cooperation. We have extensive materials characterization facilities including sophisticated probes of the equilibrium and dynamic behavior of materials based on state-of-the-art magneto-transport, magnetization, scanning probe microscopy , and magnetic imaging apparatus. Contact Us Search Page Last Modified: September 09, 2005

104. SpringerLink - Publication superconductivityA NEW EXPERIMENTAL STUDY OF BUCKYBALL superconductivity * * * A SUPERCONDUCTING SINGLEPHOTON OUT-OF-PLANE ATOMS PARTICIPATE IN THE superconductivity http://springerlink.metapress.com/openurl.asp?genre=journal&issn=0896-1107

105. Nature Highlights > Superconductivity: Al In The Family The Tc decreases with Al doping to around 10% Al, and superconductivity ceases at 30% Loss of superconductivity with the addition of Al to MgB2 and a http://www.nature.com/nature/links/010315/010315-2.html

15 March 2001 Nature Superconductivity: Al in the family In this issue Slusky et al . report on what happens when aluminium replaces boron in the new 39-K superconductor magnesium diboride. The T c decreases with Al doping to around 10% Al, and superconductivity ceases at 30% Al. Intriguingly, there are clear indications of structural instability associated with the disappearance of superconductivity. As a measure of the excitement caused by the discovery of this new superconductor, it was the subject of an extra session added to this week's meeting of the American Physical Society. (See Nature next week for news of the APS meeting.) Loss of superconductivity with the addition of Al to MgB and a structural transition in Mg x Al x B J. S. SLUSKY, N. ROGADO, K. A. REGAN, M. A. HAYWARD, P. KHALIFAH, T. HE, K. INUMARU, S. M. LOUREIRO, M. K. HAAS, H. W. ZANDBERGEN, R. J. CAVA Nature 343-345 (15 March 2001) First Paragraph Full Text PDF 15 March 2001 table of contents Nature

106. Superc.psc.sc.edu/ EUCAS 2005TU Vienna Atomic Institute Low Temperature Physics / superconductivity Low Temperature Physics / superconductivity http://superc.psc.sc.edu/

107. Science -- Sign In Adds David Larbalestier, a superconductivity researcher at the University of Wisconsin, Madison There s no doubt now it can work. http://www.sciencemag.org/cgi/content/full/308/5720/348?etoc

108. Physics News Update superconductivity at 117K in a buckyball crystal has been observed by Bertram Batlogg at Lucent Technologies. A crystal of C60 molecules normally has a http://www.aip.org/pnu/2001/split/555-2.html

advanced search Subscribe to Physics News Update Physics News Graphics Physical Review Focus ... Physics News Links Archives Number 555 September 6, 2001 by Phil Schewe, James Riordon, and Ben Stein Superconductivity at 117K in a Buckyball Crystal Superconductivity at 117K in a buckyball crystal has been observed by Bertram Batlogg at Lucent Technologies. A crystal of C molecules normally has a lattice spacing of 1.415 nm and becomes superconducting at a temperature of 18 K. But by obliging the crystal to conduct with holes instead of electrons (in a transistor-like setup) and by adding other molecular species to space out the buckyballs a bit, the superconductivity transition temperature can be raised. Batlogg and his colleagues at Lucent, the University of Konstanz (Germany), and the ETH lab in Zurich, have tried a number of candidates; the best so far is a dopant consisting of tribromo-methane (Br et al. Science , published online, 30 August).

109. Information Service Applied Superconductivity - Homepage Publications on Applied superconductivity. Virtual Journal of AS Supported by the European Network for superconductivity SCENET, these activities could http://www.ifp.fzk.de/hotline/

Information Service A pplied S upercond uctivity Status Report AS "Hottline" AS Web Sites with interest in AS Overview Superconducting Materials Welcome at I nformation S ervice A pplied S uperconductivity ! Publications on A pplied S upercond uctivity Virtual Journal of AS High-Tc Update cond-mat/ superconductivity ISTEC S Web21 ... S Information for the Beginner From 1989 until 1997, the Baden-Württemberg HTS technology initiative "Gesellschaft für Angewandte Supraleitung" "GAS" ) provided an information service about topical progress in the field of Applied Superconductivity by editing a newsletter (" GAS on line ") and an annual report (" GAS Lagebericht "). Supported by the European Network for Superconductivity SCENET , these activities could be carried on from 1997 until 2001 in the Institute of (Nuclear) Solid State Physics at Forschungszentrum Karlsruhe with the edition of a " Status Report " and a newsletter ("

110. Vector » Browse By Classification Chapter A1.1 Historical development of superconductivity; Author Book type Professional Handbook; Volume I superconductivity, materials and processes http://vector.iop.org/index.cfm?action=browse.home&type=in&dir=A7000/A7400

111. Physics Central Physics In Action - Superconductivity With Physics Central, we communicate the excitement and importance of physics to everyone. We invite you to visit our site every week to find out how http://www.physicscentral.com/action/action-01-3.html

do you see what eye see? solar flares sonic shock energetic degenerates ... physics in action archives About Superconductivity How would you like to board a Maglev train and then speed off to your destination at more than 300 miles per hour? The magnets that levitate these trains are an application of superconductivity Metals are good conductors of electric current. That is, they have very low electrical resistance, but this resistance is not zero. A voltage difference is still required to generate the current in the metal, and the metal heats up while the current is flowing. The electrical resistance of an object depends on its temperature and declines slowly as the temperature falls. Early in the last century, however, a Dutch physicist discovered that a sample of mercury, when cooled below a certain temperature close to absolute zero, loses all electrical resistance. When the mercury is in this state, an electric current flows indefinitely, even in the absence of any applied voltage. This effect is called "superconductivity." The table lists the everyday metals that exhibit superconductivity and the temperature below which electrical resistance disappears. These elements require cooling by liquid helium to become superconductors. Such materials are called "low-temperature superconductors." Much later, in the 1980s, physicists discovered ceramic compounds that exhibit superconductivity at temperatures as high as -145º Celsius. This temperature is high enough that the materials need be cooled only with liquid nitrogen, which is far less expensive to do than with liquid helium.

112. Helmut Eschrig, IFW Englisch Theory of superconductivity A Primer Microscopic Theory of superconductivity Die Rolle der Theorie in der Materialforschung Physik der Toene http://www.ifw-dresden.de/~helmut/

Prof. Dr. Helmut Eschrig Tel: +49 (0) 351 4659 380 Fax +49 (0) 351 4659 500 E-mail: h.eschrig@ifw-dresden.de Address: IFW Dresden PF 27 00 16 D-01171 Dresden Germany Visiting address: IFW Dresden Helmholtzstr. 20 D-01169 Dresden Present position Degrees Positions held Research fields ... Memberships back to the Group for Theoretical Solid State Physics Position Scientific Director of the IFW Dresden and Head of the Group for Theoretical Solid State Physics full professor for Solid State Physics, Institute of Theoretical Physics, Dresden University of Technology Degrees Diplom-Physiker (1969, TU Dresden) Dr. rer. nat. (1972, TU Dresden) Dr. rer. nat. habil. (1992, TU Dresden) Positions held 1970 - 1975 scientific assistent, Institute of Theoretical Physics, TU Dresden 1975 -1990 staff scientist, Central Institute for Solid State Physics and Materials Sciences Dresden 1990 - 1992 Deputy of the Director of the Central Institute for Solid State Physics and Materials Sciences Dresden and Founder Director of the Institute for Solid State and Materials Sciences Dresden 1992 - 1997 Head of the Max-Planck-Research-Unit "Theory of complex and correlated electron systems" at TU Dresden and full professor for Theoretical Solid State Physics at the TU Dresden

113. Wiley::RF Superconductivity For Accelerators RF superconductivity for Accelerators Hasan Padamsee, Jens Knobloch, Tom Hays ISBN 0471-15432-6 Hardcover 544 pages May 1998. US $140.00 Add to Cart http://www.wiley.com/cda/product/0,,0471154326,00.html

Location: United States change location Shopping Cart My Account Help ... Contact Us By Keyword By Title By Author By ISBN By ISSN Wiley RF Superconductivity for Accelerators Related Subjects General Physical Chemistry Optical Materials Special Topics in Physics Sensor Materials Join a Related Titles RF Linear Accelerators (Hardcover) by Thomas Wangler Introductory Nuclear Physics, 2nd Edition (Hardcover) by Samuel S. M. Wong Table of Isotopes, 2 Volume Set, 1998 Update, 8th Edition (Software) by Richard B. Firestone, Virginia S. Shirley (Editor) Theory and Design of Charged Particle Beams (Hardcover) by Martin Reiser Third-Generation Hard X-Ray Synchrotron Radiation Sources: Source Properties, Optics, and Experimental Techniques (Hardcover) by Dennis M. Mills (Editor) Table of Isotopes, 2 Volume Set, 8th Edition (Paperback) by Richard B. Firestone, Virginia S. Shirley (Editor) Nuclear Reactor Physics (Hardcover) by Weston M. Stacey RF Superconductivity for Accelerators Hasan Padamsee, Jens Knobloch, Tom Hays ISBN: 0-471-15432-6 Hardcover 544 pages May 1998 US $140.00

114. McGraw-Hill AccessScience: Superconductivity superconductivity. Article Outline, Top Of Article, Theoretical understanding, Applications, Transition temperatures, BASIC EXPERIMENTAL PROPERTIES http://dx.doi.org/10.1036/1097-8542.668700

Physics: Solid state physics Superconductivity Article Outline Top Of Article Theoretical understanding Applications Transition temperatures BASIC EXPERIMENTAL PROPERTIES Occurrence of superconductivity -Organic conductors -A15 compounds -Copper oxide superconductors -Buckyballs -Magnesium diboride Electrical resistance Magnetic properties -Type I superconductors -Type II superconductors -Penetration depth -Intermediate state -Critical current Thermal properties -Heat capacity -Thermal conductivity -Thermoelectric properties High-frequency electromagnetic properties Isotope effect THEORY Two-fluid model -Thermodynamic relations -London equation Nonlocal theory Ginzburg-Landau theory Microscopic (BCS) theory FURTHER EXPERIMENTAL PROPERTIES Flux quantization Quasiparticle tunneling Pair tunneling BIBLIOGRAPHY ILLUSTRATIONS phenomenon occurring in many electrical conductors, in which the electrons responsible for conduction undergo a collective transition into an ordered state with many unique and remarkable properties. These include the vanishing of resistance to the flow of electric current, the appearance of a large diamagnetism and other unusual magnetic effects, substantial alteration of many thermal properties, and the occurrence of quantum effects otherwise observable only at the atomic and subatomic level. ...Full article available through subscribing libraries. D. N. Langenberg, Robert J. Soulen, Jr., Michael Osofsky

115. Physics Underlying High-Temperature Superconductivity Ours is the first STM study of the effects on highTc superconductivity of individual High-Tc superconductivity is believed to originate from strongly http://www.lbl.gov/Science-Articles/Archive/super-mechanism.html

February 16, 2000 Important new insights into the phenomenon known as high-temperature superconductivity have been reported by a team of researchers who used their own customized Scanning Tunneling Microscope (STM) to study the effects of doping a "high-Tc superconductor" with a single "impurity" atom. The research team included scientists with the U.S. Department of Energy's Lawrence Berkeley National Laboratory (Berkeley Lab), the University of California at Berkeley, and the University of Tokyo. Their results are reported in the February 17, 2000 issue of the journal Nature. FIRST-EVER STM IMAGES OF A 2-D LAYER OF COPPER OXIDE DOPED WITH A SINGLE ZINC IMPURITY ATOM SHOW A CROSS-SHAPED "QUASI-PARTICLE" (FREE-ELECTRON) CLOUD CENTERED DIRECTLY ABOVE THE ATOM OF ZINC. THESE ELECTRON-CLOUD IMAGES ARE PROVIDING VALUABLE NEW INFORMATION ON THE PHYSICS BEHIND HIGH-TEMPERATURE SUPERCONDUCTIVITY. The discovery in 1986 of a new class of superconductors materials in which electrical resistance drops to zero when cooled below a critical temperature (symbolized as Tc) conjured visions of magnetically levitated high-speed trains and dirt-cheap electrical power. Made from ceramic copper oxides rather than the metal alloys of previous superconductors, these new high-Tc superconductors hold promise for superconductivity at room temperatures. For room-temperature materials to ever be realized, however, scientists need a better understanding of the physics behind high-Tc superconductivity.

116. Solid State And Superconductivity Abstracts New developments in solid state and superconductivity technology will have a profound impact on virtually every industry in the foreseeable future with http://www.csa.com/factsheets/solid-state-set-c.php

CSA Responds to Hurricane Katrina Quick Links Field Codes Current Serials Source List Classification Codes Solid State and Superconductivity Abstracts Solid State and Superconductivity Abstracts provides global coverage on all aspects of theory, production, and application of solid state materials and devices - as well as the new high- and low-temperature superconductivity technology, now highlighted in every issue. Some of the topics covered are phase, crystal, and mechanical properties of solids, optical and dielectric properties, conductive and magnetic properties, exotic electronic structure and energy gaps, SQUIDs, impurity effects, flux structures and critical current, ceramics, twinning phenomena, and more. This database provides international coverage as well as coverage of numerous non-serial publications. Sources covered include over 3,000 periodicals, conference proceedings, technical reports, trade journal/newsletter items, patents, books, and press releases. Subject Coverage Major areas of coverage include: Applied Physics Atomic and Molecular Physics Condensed Matter Physics Plasma Physics Nuclear and High-Energy Physics Mathematics of Physics Superconductors Semiconductors Solid State Milieux Dates of Coverage Approximately 1981-current. The oldest record in the database has a publication date of 1970; about 50% of its records have publication dates of 1992 or later.

117. ITP Program On High Temperature Superconductivity High Temperature superconductivity August 1418, 2000 Lunch, ITP Front Patio. RUTHENATE. superconductivity. Session Chair. George Sawatzky (Groningen) http://online.itp.ucsb.edu/online/hightc00/si-conf-sched.html

home activities inside KITP directory ... UCSB Sep 17, 2005 ITP Program on High Temperature Superconductivity (August 7 - December 15, 2000) Coordinators: C. Kallin, R.B. Laughlin, P. Lee, and D. Scalapino High Tc Program Overview This Week Next Week Seminars Online ... Related Workshops ITP This Week Next Week Directory Information ... Neustars Program High Temperature Superconductivity August 14-18, 2000 Organizers: C. Kallin, R. Laughlin, D. Scalapino and P. Lee SCHEDULE All sessions to be held in ITP Main Seminar Room unless otherwise specified. Monday, August 14, 2000: Time: Speaker: Title: 8:00 am Registration ITP Lobby David Gross Welcome to the ITP [Audio] Catherine Kallin Welcome to the Conference [Audio] QUASIPARTICLES AND VORTICES Session Chair: Kathryn Moler (Stanford Univ.) Seamus Davis (UC Berkeley) Electronic Structure of Impurity States and Vortex Cores in Bi Sr CaCu O ... [Audio] Phuan Ong (Princeton Univ.) Recent Results on Nernst Effect, Vortex Excitations, Thermal Conductivity and Quasiparticle Lifetime [Audio] Refreshment Break ITP Front Patio CONFINEMENT/ DECONFINEMENT Session Chair: Hidetoshi Fukuyama (Univ. Tokyo)

118. Superconductivity At Rochester superconductivity at Rochester. The University of Rochester has a long and Optoelectronics and superconductivity. This program is directed by Prof. http://www.ece.rochester.edu/~sde/SCEatUR/

The University of Rochester has a long and illustrious history in superconductivity. Here is a history page written in 1997. We are still extremely active in this field, with two separate but interacting programs in the Department of Electrical and Computer Engineering: Superconducting Digital Electronics The Superconducting Digital Electronics program focussed on quantum computing is directed by Prof. Marc J. Feldman ECE Chair Prof. Mark F. Bocko keeps up an active interest. Optoelectronics and Superconductivity This program is directed by Prof. Roman Sobolewski Prof. Thomas Y. Hsiang keeps up an active interest. A prospective student might ask about our program for education in superconductivity . Unfortunately we have only old material on-line at this time.

119. Slashdot | Nanotechnology + Superconductivity = Spintronics Nanotechnology + superconductivity = Spintronics article related to Data Storage, Technology, and Science. http://science.slashdot.org/article.pl?sid=05/05/08/0041200&from=rss

120. SwetsWise: Login Canadian Neutron Beam Centre Magnetism and superconductivityMagnetism and superconductivity. The program covers research on novel magnetic systems. Neutron Scattering is the only method that directly determines the http://www.swetswise.com/link/access_db?issn=0896-1107

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