Beem: Biological Emergence-Based Evolutionary

agents amoebae animal antigen ants Argument BEEM behaviour Biological Emergence-based Evolutionary body box jellyfish brain called capable capacity cell’s cellular slime mould changes chaperonin chemical coelacanth colony complex components computational copies cytoplasm Data to Subsequent deliberately Design Data detect develop Dictyostelium direction discussed Emergence-based Evolutionary Mechanism encoded environment environmental evolution evolved example eyes foragers functions genetic genome germ-line cells human hypermutation hypothesis individual intelligence and logic interactions large numbers light memory million modify molecular molecules move mRNA multicellular organisms muscle cells mutations natural selection neurons Pakicetus Passing on Design pathogens patterns pheromones plants plasmodial slime mould predict problems produce properties protein molecules pseudopods random mutations replication robot role sequence sexual reproduction shape signals simply single cell single-celled slime mould somatic cells somatic hypermutation species sperm stored strand strategy survival swarm intelligence synapses theory thousands trillion