Globular proteins exhibit dielectrophoresis (DEP) responses in experiments where the
applied field gradient factor∇ E2 appears far too small, according to standard DEP theory, to …

We confine water to narrow silica pores, where crystallization is suppressed, and determine
the dynamical susceptibilities of the liquid from room temperature down to the glass …

The so-called Fröhlich entropy is the entropy variation of a material under the application of
an electric field. This quantity can be calculated, under suitable hypotheses, from the …

We use nuclear magnetic resonance and broadband dielectric spectroscopy to study
rotational and translational dynamics of ethylene glycol confined to mesoporous silica over …

Lichens are unique symbiotic organisms from a mutually beneficial alliance of fungi and
algae/cyanobacteria that successfully survive extreme temperatures and drought conditions …

We use 1 H, 2 H, and 7 Li nuclear magnetic resonance to investigate local and diffusive
dynamics of LiCl-7H 2 O and LiCl-7D 2 O solutions in pristine and functionalized silica …

We perform nuclear magnetic resonance, broadband dielectric spectroscopy, and
differential scanning calorimetry studies to ascertain the dynamical behaviors of aqueous …

We use 1 H, 2 H, and 7 Li NMR to investigate the molecular dynamics of glass-forming LiCl-
7H 2 O and LiCl-7D 2 O solutions confined to MCM-41 or SBA-15 silica pores with diameters …

It is not an understatement to say that the interplay between water and protein is a
fundamental aspect of life. The vitality of an organism depends on the functionality of its …

Water dynamics in solutions with biological or non-biological solutes has been intensely
studied when both components (solvent and solute) are amorphous. Here, we apply …