The investigation of molecular computation in protocells has been done with the development of a maximally simplified string based artificial chemistry, as described below. An exploartion of distributed computation in protocells has also been completed.
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Artificial cell evolution and functionality
- Container growth and replicator dynamics in pre-biotic chemistry
- Synchronization of replicator and aggregate growth
- Combined lipid/template growth synchronisation and template evolution
- Generic Darwinian selection in catalytic protocell assemblies
- Evolutionary aspects of kinetic models
- EvoCPU -- Algorithmic Self-Assembly
- Simulation of higher-order self-assembly
- evoself -- A model for interaction between self-assembly and evolution
- Molecular Computation in Protocells
- Distributed computation in protocells
- Information dynamics
- Extended Gray-Scott model for the fan reactor
- Hierarchical dynamics
Evolving amphiphilic systems
EvoCPU -- Algorithmic self-assembly