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  1. 1 Symmetries of a Classical System

    The realization of symmetries in physical systems has proven to be of help in the description of physical phenomena: it makes it possible to relate...
    Franco Strocchi in Symmetry Breaking
    Chapter
  2. 14 Quantum Fields at Non-zero Temperature

    The general structure discussed above provides a neat and unique prescription for the quantization of relativistic fields at non-zero temperature...
    Franco Strocchi in Symmetry Breaking
    Chapter
  3. 8 Examples

    The model describes the simplest non-linear field theory and it can be regarded as a prototype of field theories in one space dimension (s=1). The...
    Franco Strocchi in Symmetry Breaking
    Chapter
  4. Semiconductor Few-Electron Quantum Dots as Spin Qubits

    The spin of an electron placed in a magnetic field provides a natural two-level system suitable as a qubit in a quantum computer[1]. In this work, we...
    J.M. Elzerman, R. Hanson, ... L.P. Kouwenhoven in Quantum Dots: a Doorway to Nanoscale Physics
    Chapter
  5. Ion Microscopy on Diamond

    Because of its physical properties (strong radiation hardness, wide energy gap with a consequent extremely low dark current, very large electron and...
    Claudio Manfredotti in Carbon
    Chapter
  6. Raman Spectroscopy and Optical Properties of Amorphous Diamond-Like Carbon Films

    The Raman spectroscopy and optical characterization of amorphous hydrogen-free diamond-like carbon films is described. The samples were prepared by...
    Leonid Khriachtchev in Carbon
    Chapter
  7. Correlation Between Local Structure and Film Properties in Amorphous Carbon Materials

    A discussion of the various amorphous carbon and amorphous hydrogenated carbon films is presented. A link between sp 2, sp...
    Giovanni Fanchini, Alberto Tagliaferro in Carbon
    Chapter
  8. 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...
    Chapter
  9. 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
  10. 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
  11. 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...
    Chapter
  12. 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
  13. 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
  14. Electrical Characterization of Rare Earth Oxides Grown by Atomic Layer Deposition

    In this contribution, we investigate the electrical properties of thin (3–30 nm) Lu2O3 and Yb2O3 oxides grown on silicon by atomic layer depostion....
    Sabina Spiga, Claudia Wiemer, ... Marco Fanciulli in Rare Earth Oxide Thin Films
    Chapter
  15. Rare Earth Oxides Grown by Molecular Beam Epitaxy for Ultimate Scaling

    Combination of lanthanum and other rare earth oxides with HfO2 yields stable compounds which withstand transistor processing and have low gate...
    Athanasios Dimoulas in Rare Earth Oxide Thin Films
    Chapter
  16. Atomic Layer Deposition of Rare Earth Oxides

    The principles of Atomic Layer Deposition (ALD) for thin film growth are briefly introduced, emphasizing the aspects of a self-limiting mechanism....
    Jani Päiväsaari, Jaakko Niinistö, ... Lauri Niinistö in Rare Earth Oxide Thin Films
    Chapter
  17. Sesquioxides as Host Materialsfor Rare-Earth-Doped Bulk Lasersand Active Waveguides

    This Chapter focuses on the optical applications of rare-earth oxides. Due to their thermo-mechanical properties, the sesquioxides of yttrium,...
    Sebastian Bär, Hanno Scheife, ... Günter Huber in Rare Earth Oxide Thin Films
    Chapter
  18. Dynamical Frustration in ANNNI Model and Annealing

    Simulated annealing is usually applied to systems with frustration, like spin glasses and optimisation problems, where the energy landscape is...
    Parongama Sen, Pratap K. Das in Quantum Annealing and Other Optimization Methods
    Chapter
  19. 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...
    Chapter
  20. 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...
    Chapter
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