Our paper Probing the stability of thin-shell space structures under bending is out in the International Journal of Solids and Structures! When and how will a structure buckle? How sensitive is this phenomenon to perturbations? Revisiting how we approach these questions can enable lighter and larger structures in space. In this recent paper co-authored with John Hutchinson (Harvard) and Sergio Pellegrino (Caltech), we apply a methodology recently developed for cylindrical and spherical shells to more complex space structures. We "poke" the structure at multiple locations and compute how much disturbance (energy barrier) is required to cause local buckling. By doing so in a systematic way, we can compute "stability landscapes of shell buckling" which describe the sensitivity of the shell buckling phenomenon, and can enable the derivation of very efficient buckling criteria.