… method to make a wet-computing system based on artificial cell … ofthe artificial cellular model
and their operation as computation … to be a possible step for artificialcellular computation. …

… The core problem to solve using this toolbox is the design of 3D artificial cellular environments,
both in fluidic systems and on solid substrates. The construction of 3D biological fluidic …

… We show how this simple idea of cell division can be exploited using computers, either for
optimization or for automatic parallel compilation. In both cases, the object being generated is …

… An artificial cellular metabolism expresses operons encoded on a genome in a parallel …
Issues relating to the application of the expression model to evolutionary computation are …

… In this paper we investigate the structural complexity of artificial cellular organisms at
phenotypic level, in order to understand if genome information could be used to predict the …

… At the level at which the authors study their system in this particular work, we believe that a
computational model that can provide the basic developmental capabilities would suffice and …

… , an artificial cellular system based on cellular automata (CAs) is used as a test bed. This
model may be placed within abstract computational … and complex artificial cellular systems with …

… strides towards creating artificial cellular nanosystems using … of biological circuits and
artificial cellular nanosystems. … We next used computer simulations to emulate perturbations …

… In this review, an overview of various recent approaches to create communicating artificial
cellular systems is provided. In this context, important physicochemical boundary conditions …

Artificial multi-cellular organisms develop from a single zygote to complex morphologies,
following the instructions encoded in their genomes. Small genome mutations can result in very …