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  1. Basic Theoretical Concepts

    Superconductivity is the phenomenon of dissipationless transport which occurs in many metals at su.ciently low temperatures. Metals in the...
    Gernot Goll in Unconventional Superconductors
    Chapter

  2. Optical Analysis of Monolayers at Surfaces and Interfaces

    Surface as well as interface properties are crucial for tailoring advanced materials, especially if the structure size in one or more dimensions...
    Veit Wagner in Advances in Solid State Physics
    Chapter

  3. AlGaN/GaN Electrolyte-Gate Field-Effect Transistors as Transducers for Bioelectronic Devices

    AlGaN/GaN electrolyte gate field-effect transistors are assessed as a transducer device for biosensor applications. Their low-frequency noise power...
    Georg Steinhoff, Barbara Baur, ... Martin Eickhoff in Advances in Solid State Physics
    Chapter

  4. Thermodynamics – Past, Present and Future

    We begin with historical remarks on the basic contributions to thermodynamics and statistics with some bias to scientists working in Berlin as...
    Werner Ebeling in Advances in Solid State Physics
    Chapter

  5. Dynamical Variational Principles for Strongly Correlated Electron Systems

    The self-energy-functional approach (SFA) is discussed in the context of different variational principles for strongly correlated electron systems....
    Michael Potthoff in Advances in Solid State Physics
    Chapter

  6. Chemistry and Morphological Properties of Metal Interfaces to Organic Semiconductors

    Metal contacts to organic semiconductors play a decisive role for the performance of organic based devices such as organic light emitting diodes,...
    D.R.T. Zahn, G. Salvan, ... B.A. Paez in Advances in Solid State Physics
    Chapter

  7. Two-Gap Superconductivity in Magnesium Diboride

    It is by now generally accepted that the recently discovered superconductor MgB2 is a superconductor with two energy gaps. Here we discuss how this...
    Thomas Dahm in Advances in Solid State Physics
    Chapter

  8. Atomic-Scale Properties of High-k Dielectrics: Ab Initio Study for Pr-Based Materials

    We discuss the atomic and electronic structures and energetics of native point defects and of impurities (Si, Ti, B, moisture) in PrO1.5 and, to some...
    Jarek Da̧browski, Andrzej Fleszar, ... Peter Zaumseil in Advances in Solid State Physics
    Chapter

  9. Dynamics of Membranes: From Passive to Active Systems

    Fluid lipid membranes, which, together with filamentous proteins like actin, form the basic structural component of cells, have been a central topic...
    H.-G. Döbereiner, B.J. Dubin-Thaler, ... M.P. Sheetz in Advances in Solid State Physics
    Chapter

  10. Probing the Parity and Spin State

    Classification into classes of superconductors with singlet and triplet pairing, respectively, needs information on the parity and spin state of the...
    Gernot Goll in Unconventional Superconductors
    Chapter

  11. Probing the Vortices: Lattice Symmetry and Internal Structure

    A spatial variation of the superconducting properties occurs when a magnetic field is present perpendicular to the surface of a type-II...
    Gernot Goll in Unconventional Superconductors
    Chapter

  12. Intrinsic Spin Hall Effect

    A brief review is given on a spin Hall effect, where an external electric field induces a transverse spin current. It has been recognized over 30...
    Shuichi Murakami in Advances in Solid State Physics
    Chapter

  13. Sol-Gel Approaches to Photonic Crystal Systems

    A prerequisite for an efficient ”molding the flow of light” by photonic crystals is the molding of materials in desired nanostructures. Very often,...
    Frank Marlow, Denan Konjhodzic, ... Hongliang Li in Advances in Solid State Physics
    Chapter

  14. Electron Spin Relaxation in Semiconductors

    We review recent progress in the understanding of electron spin relaxation mechanisms in zinc-blende semiconductors. Increased spin lifetimes are...
    Daniel Hägele, Stefanie Döhrmann, ... Michael Oestreich in Advances in Solid State Physics
    Chapter

  15. Domain-Wall Dynamics in Nanowiresand Nanostrips

    In nanowires or nanostrips, the magnetic domain walls have structures that depend sensitively on the transverse sizes of these samples. These...
    André Thiaville, Yoshinobu Nakatani in Spin Dynamics in Confined Magnetic Structures III
    Chapter

  16. C14H22NO2PSe

    This document is part of Subvolume G 'Chemical Shifts and Coupling Constants for Selenium-77' of Volume 35 'Nuclear Magnetic Resonance Data' of...
    H. Duddeck in Chemical Shifts and Coupling Constants for Selenium-77
    Chapter

  17. Domain-Wall Dynamicsin Magnetic Logic Devices

    Domain walls propagate very well through magnetic nanowires and have been used to demonstrate a logic scheme in which the two stable magnetization...
    Del Atkinson, Colm C. Faulkner, ... Russell P. Cowburn in Spin Dynamics in Confined Magnetic Structures III
    Chapter

  19. Real-Space Renormalization and Energy-Level Statistics at the Quantum Hall Transition

    We review recent applications of the real-space renormalization group (RG) approach to the integer quantum Hall (QH) transition. The RG approach,...
    Rudolf A. Römer, Philipp Cain in Advances in Solid State Physics
    Chapter

  20. Evidence for a Metal-Insulator Transition in Overdoped Cuprates: New Raman Results

    Transport properties play a major role in the characterization of correlated metals such as the cuprates. The usual dc and optical conductivity...
    Francesca Venturini in Advances in Solid State Physics
    Chapter
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