CHECKPOINT / Oxford University Press / Princeton University Press / Wilson / Evolvability Working Group / MIT Press / Computer Sciences / / /
Facility
CHECKPOINT ALLELES / Santa Fe Institute / University of Chicago Press / University of Hawai‘i / /
IndustryTerm
infectious pathogen carrier states / biological and artificial life systems / artificial life systems / heuristic search / neutral network / biological systems / theoretical solutions / evolutionary systems / /
Organization
Keck Foundation / Providence / Academy of Sciences U.S.A. / American Mathematical Society / MIT / University of Chicago Press / Chicago / National Academy of Science U.S.A. / Princeton University / Santa Fe Institute / Oxford University / Royal Society / University of Hawai‘i / /
Person
Oxford Surveys / Evolution / /
Position
editor / Wright-Fisher / /
ProvinceOrState
New Jersey / Rhode Island / Massachusetts / /
PublishedMedium
American Naturalist / Proceedings of the Royal Society / Perspectives in Biology and Medicine / /
The model considered here makes a clear distinction between the primary locus and the evolvability modifier loci. In real organisms however, as well as in the most interesting artificial life systems, genes have emergent