May the “basic units” or “seeds” consist of libraries (e.g. catalytic libraries) that are selected and amplified as the system evolves/adapts?
Yes. Q: May the implementations also include structures and interactions such as nanoparticles, nano/micro electromechanics, magnetics, and optics? A: Yes. Q: May the implementations be hybrids of chemistry, electronics and other physical components? A: Yes. Q: May the chemical implementations include physical components like pumps, sensors, stirrers, separators, heaters, etc.? A: Yes. Q: May cells be used in the chemical implementations? A: No. Q: May biomolecules be used in the chemical implementations? A: Yes. Q: May computers or computational elements be used in the implementations? A: Yes, but their function should not dominate the complexity of the evolved/adapted system. Q: May the electronic implementations be realized in mechanical systems (robots) that interact with the physical world? Y: Yes, but the proposers should take care to meet the requirements for the numbers of “basic units” or “seeds” required in the metrics. Also, the implementations must evolve thermodynamically
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