Chemical Evolution and self-assembly
Organizers: Kristian Lindgren and Olof Gornerup
PURPOSEThis is primarily an internal PACE workshop to connect the evolutionary approaches from different groups and to present results on higher-order self-assembly. The themes include the objectives of WP2 “Evolution and self-asssembly”:
O-2.1 Investigation and analysis of evolutionary paths to forming artificial cells and evolving desired functionality
O-2.2 Investigation of possibilities to avoid exploitation including various forms of spatial separation
O-2.3 Investigation of evolvability of higher level cell functionality, including interactions between artificial cells
O-2.4 Simulation of self-assembly of complex functional ensembles of artificial cells and their potential as distributed robotic system
O-2.5 Study the emergence of new functionalities as an interplay between self-assembly and evolution
O-2.6 Investigation of the origin of molecular computation (in the form of signal and control pathways) in protocells and in collectives of protocells
PROGRAMDate and time Speaker/activity topic
March 21 9.00 - 9.15 K. Lindgren Introduction to the workshop: aim, organization
9.15 – 9.45 Mark Bedau A functional language for protocell schemes
9.55 - 10.25 Barry McMullin Preliminary Steps toward Artificial Protocell Computation
10.35 – 11.50 Coffee break
10.50 – 11.20 Irene Poli Modeling Genetic Algorithms for experimental designs
11.30 – 12.00 John McCaskill Evolving amphiphilic systems
13.00 – 14.00 Lunch break
14.15 - Self-organzed discussion
March 22 9.00 – 9,30 Norman Packard Self-assembly and Chemical Reactions at the Transition to Life
9.40 – 10.10 Martin Nilsson Jacobi Error thresholds in multi-level replicator systems
10.20 – 10.50 Coffee break
10.50 – 11. 20 Johan Nyström Presentation of Prototype Simulation Package for Physically Self Assembling Units
11.30 – 12.00 Peter Eggenberger and Ruedi Füchslin Simulations of assembling vesicular structures
13.00 – 14.00 Lunch break
14.15 – Self-organzed discussion