We benchmark the decoherence of superconducting transmon qubits to examine the
temporal stability of energy relaxation, dephasing, and qubit transition frequency. By …

Dielectric relaxation measurements probe how the polarization of a material responds to the
application of an external electric field, providing information on structure and dynamics of …

Highly supercooled liquids with soft-core potentials are studied via molecular-dynamics
simulations in two and three dimensions in quiescent and sheared conditions. We may …

We report measurements of intrinsic dissipation in micron-sized suspended resonators
machined from single crystals of galium arsenide and silicon. In these experiments on high …

Presenting an up-to-date report on electronic glasses, this book examines experiments and
theories for a variety of disordered materials where electrons exhibit glassy properties …

The nonexponential response of propylene carbonate and glycerol near their glass
transitions could be selectively altered using nonresonant spectral hole burning NSHB …

High-stress silicon nitride microresonators exhibit a remarkable room temperature Q factor
that even exceeds that of single crystal silicon. A study of the temperature dependent …

We present an experimental study of the nonequilibrium transport in Anderson-insulating
indium-oxide films. In particular, we focus on the characteristic features of the cusp that is …

The influence of the long-range interaction of two-level systems in dielectric glasses on the
density of low-energy excitations and the dielectric properties is studied. The AC dielectric …

The loss and noise mechanisms of superconducting resonators are useful tools for
understanding decoherence in superconducting circuits. While the loss mechanisms have …