Electron crystallography has a storied history which rivals that of its more established X-ray-
enabled counterpart. Recent advances in data collection and analysis have sparked a …

Glycine is a small molecule. It cannot change its conformation and is achiral. Despite the
apparent simplicity, glycine shows endless diversity in its behavior over many phenomena. It …

A fast and accurate operational model of electron density is crucial in many scientific
disciplines including crystallography, molecular biology, pharmaceutical, and structural …

Dynamical refinement is a well established method for refining crystal structures against 3D
electron diffraction (ED) data and its benefits have been discussed in the literature …

The multipole model (MM) uses an aspherical approach to describe electron density and
can be used to interpret data from X-ray diffraction in a more accurate manner than using the …

The availability of atomic resolution experimental maps of electrostatic potential from 3D
electron diffraction (3D ED) extends the possibility of investigating the electrostatic potential …

Reaching beyond the commonly used spherical atomic electron density model allows one to
greatly improve the accuracy of hydrogen atom structural parameters derived from X-ray …

The Coulomb potential maps generated by electron microscopy (EM) experiments contain
not only information about the position but also about the charge state of the atom. This …

3D electron diffraction (3D ED), or microcrystal electron diffraction (MicroED), has become
an alternative technique for determining the high-resolution crystal structures of compounds …

In the simplest approach and at low resolution, the electron density of an atom can be
approximated by a sphere. However, the resolutions currently achieved in X-ray …