Abstract
Dielectric spectroscopy is an old experimental tool which has dramatically developed in the last two decades. It covers nowadays the extraordinary spectral range from 10 −6 to 10 12 Hz. This enables researchers to make sound contributions to contemporary problems in modern physics. Two examples will be briefly presented: the scaling behavior of the glass transition and the dynamics of molecules in confined space. In a brief outlook novel perspectives of dielectric techniques will be discussed, e.g. non-resonant dielectric hole-burning spectroscopy, dielectric thermal expansion spectroscopy or dielectric measurements using an atomic force microscope.
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