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Showing 1 to 5 of 5 for “"universal conductance fluctuations"”.

  1. Universal conductance fluctuations, glassy kinetics, and 1/f noise

    … to be consistent with the predictions of the universal conductance fluctuation theory in the low temperature regime. Statistical properties of the noise in these systems were also studied in specially fabricated nanometer scale samples. Non-Gaussian effects and other aspects of the noise in …

    uiuc Repository record for Universal conductance fluctuations, glassy kinetics, and 1/f noise (opens in a new tab)

  2. Universal conductance fluctuations, glassy kinetics, and 1/f noise

    … to be consistent with the predictions of the universal conductance fluctuation theory in the low temperature regime.

    uiuc Repository record for Universal conductance fluctuations, glassy kinetics, and 1/f noise (opens in a new tab)

  3. Mechanical relaxations, spin glasses and 1/f resistance noise

    … dependence in accordance with predictions of universal conductance fluctuations. Predictions of the droplet theory of spin glasses were tested and no evidence was found for chaotic behavior with temperature changes. These results, and others, are more consistent with hierarchical models for …

    uiuc Repository record for Mechanical relaxations, spin glasses and 1/f resistance noise (opens in a new tab)

  4. Mechanical relaxations, spin glasses and 1/f resistance noise

    … dependence in accordance with predictions of universal conductance fluctuations. Predictions of the droplet theory of spin glasses were tested and no evidence was found for chaotic behavior with temperature changes. These results, and others, are more consistent with hierarchical models for …

    uiuc Repository record for Mechanical relaxations, spin glasses and 1/f resistance noise (opens in a new tab)

  5. Quantum-coherent transport in low-dimensional mesoscopic structures and thin films

    … phase coherence lengths were extracted by universal conductance fluctuations, and the extracted phase coherence lengths show a dependence on both temperature and geometry. Phase coherence lengths decreased with increasing temperature, as expected. Moreover, phase coherence lengths also …

    vt Repository record for Quantum-coherent transport in low-dimensional mesoscopic structures and thin films (opens in a new tab)