Abstract The Distribution of Relaxation Times (DRT) analysis gained considerable attention
for its ability to reveal detailed information about complex electrochemical processes without …

Many physical phenomena are described by first-order differential equations whose solution
is an exponential decay. Determining the time constants and amplitudes of exponential …

Pulsed electron-electron double resonance techniques such as the four-pulse double
electron-electron resonance experiment measure a dipolar evolution function of the sample …

The glass transition is well known to glass makers or from the common ex perience of drying
a used chewing gum. A liquid melt or a rubber becomes a solid glass when its temperature …

The design principles of spider dragline silk, nature's high-performance fiber, are still largely
unknown, in particular for the noncrystalline glycine-rich domains, which form the bulk of the …

It is well known that the relaxation spectrum characterizing the linear viscoelastic properties
of a polymer melt or solution is not directly accessible by an experiment. Therefore, it must …

In many physical and chemical applications one is faced with the problem of calculating the
solution of a Fredholm integral equation of the first kind from noisy experimental data. For …

We extend EUCLID, a computational strategy for automated material model discovery and
identification, to linear viscoelasticity. For this case, we perform a priori model selection by …

Forces exerted by stationary cells have been investigated on the level of single focal
adhesions by combining elastic substrates, fluorescence labeling of focal adhesions, and …

The complex dielectric function ɛ*(ω) in its dependence on angular frequency (ω= 2 π v (v-
frequency of the outer electrical field) and temperature originates from different processes:(i) …