  Ten "themes" of viscous liquid physics are discussed with a focus on how they
point to a general description of equilibrium viscous liquid dynamics (i.e.,
fluctuations) at a given temperature. This description is based on standard
time-dependent Ginzburg-Landau equations for the density fields, stress tensor
fields, potential energy density field, and fields quantifying molecular
orientations. One characteristic aspect of the theory is that density has the
appearance of a non-conserved field. Another characteristic feature is
long-wavelength dominance of the dynamics, which not only simplifies the theory
by allowing for an ultra-local Hamiltonian (free energy), but also explains the
observed general independence of chemistry. Whereas there are no long-ranged
static (i.e., equal-time) correlations in the model, there are important
long-ranged dynamic correlations on the alpha time scale.
