@article {57,
	title = {Morphable structures from unicellular organisms with active, shape-shifting envelopes: Variations on a theme by Gauss},
	journal = {International Journal of Non{\textendash}Linear Mechanics},
	volume = {118},
	year = {2020},
	pages = {103278},
	abstract = {<p align="justify">We discuss some recent results on biological and bio-inspired morphing, and use them to identify promising research directions for the future. In particular, we consider issues related to morphing at microscopic scales inspired by unicellular organisms. We focus on broad conceptual principles and, in particular, on morphing approaches based on the use of Gauss{\textquoteright} theorema egregium (Gaussian morphing). We highlight some connections with biological cell envelopes containing filaments and motors, and discuss ideas for the implementation of Gaussian morphing in surfaces actuated by active shearing or stretching.\&nbsp;</p>},
	keywords = {Active shells, cell motility, Deployable structures, Fluid{\textendash}structure interaction, Gaussian morphing, Micro-swimmers, soft robotics, Unicellular swimmers},
	doi = {10.1016/j.ijnonlinmec.2019.103278},
	author = {Giancarlo Cicconofri and Giovanni Noselli and Marino Arroyo and Antonio De Simone}
}
