1. Steen Rasmussen & Marc Bedau, Introduction. Artificial Protocells.
    What makes a cell? How are cells able to replicate themselves in a stable manner? How did cellular life emerge on our planet? The answer to these fundamental questions lies at the base of biology. Cellular life is the basic unit of living organization and defines the presence of a stable information reservoir connected through the external world by a well-defined boundary. Inside the cell, chains of computations and chemical reactions take place, sustained by self-assembled molecular machines. At the cell (...)
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  2. Paweł Weroński, Yi Jiang & Steen Rasmussen (2008). Application of Molecular Dynamics Computer Simulations in the Design of a Minimal Self-Replicating Molecular Machine. Complexity 13 (4):10-17.
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  3. Steen Rasmussen, Michael J. Raven, Gordon N. Keating & Mark A. Bedau (2003). Collective Intelligence of the Artificial Life Community on Its Own Successes, Failures, and Future. Artificial Life 9:207-235.
    We describe a novel Internet-based method for building consensus and clarifying con icts in large stakeholder groups facing complex issues, and we use the method to survey and map the scienti c and organizational perspectives of the arti cial life community during the Seventh International Conference on Arti cial Life (summer 2000). The issues addressed in this survey included arti cial life’s main successes, main failures, main open scienti c questions, and main strategies for the future, as well as the (...)
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