This work deals with a visual-auditory visualisation
of dynamic heterogeneous objects represented by continuous
scalar fields obtained from quantum chemistry. The research
concentrates on complex phenomena modelling and rendering
aspects and takes advantage of GPU implementation. The
approach uses the constructive HyperVolume for the multi-scale
representation of the molecular phenomena. To propose an
approach to the visual-auditory rendering, we adapt the real-time
interactive volume ray-casting to compute the optical and auditory
properties. We demonstrate the approach application for the
visual-auditory rendering of dynamic molecular structures
