The Failures of Mathematical Anti-Evolutionism
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The Failures of Mathematical Anti-Evolutionism (Jason Rosenhouse) (z-lib.org)
Biophysics and Bioengineering.
1: 277–292. Van Ness, H. C. (1969). Understanding Thermodynamics. New York: McGraw Hill. Wein, R. (2002). Not a free lunch, but a box of chocolates. Online at: www.talkorigins.org/design/faqs/nfl/. Last accessed December 2021. Whitcomb Jr., J. and Morris, H. (1961). The Genesis Flood: The biblical Record and Its Scientific Implications. Phillipsburg: Presbyterian and Reformed Publishing Company. Williams, W. A. (1928). The Evolution of Man Scientifically Disproved, in 50 Arguments . Camden: W. A. Williams. Wilson, R. (1996). Introduction to Graph Theory, 4th ed. Essex: Addison Wesley Longman. Wolpert, D. H. (2002). William Dembski’s treatment of the No Free Lunch theo- rems is written in jello. Mathematical Reviews, Feb. 2003. Available online at www.talkreason.org/articles/jello.cfm . Accessed December 2021. Wolpert, D. H. and Macready, W. G. (1997). No free lunch theorems for optimiza- tion. IEEE Transactions on Evolutionary Computation. 1(1): 67–82. Yeates, T. O. (2007). Protein structure: Evolutionary bridges to new folds. Current Biology . 17(2): R48–R50. Index Adami, Christoph, 209–210 adaptation anti-evolutionism and, 271–273 complexity of, 35–36 information and, 177–179 natural selection and, 76 Agassiz, Louis, 9 algorithmic information theory, 217 anti-evolutionism complex structures argument and, 29–39 DNA-human language connection in, 179–184 fallacious models in, 76–82 genetic information and, 174 immateriality of information and, 170–172 improbability and, 124–132 information theory and, 163–167, 177–179 in-principle arguments and, 15 irreducible complexity and, 39–47, 138–140 long-term mathematical modeling and, 102–105 mathematics and, 9–15, 105–108 movement in, 3–5 No Free Lunch theorems and, 191–195 probability distribution and, 115–117 probability theory and, 112–117 religious fundamentalism and, 9–15 rhetorical strategies of, 109, 267–271 scaled-back ambitions of, 47–53 second law argument in, 221–223, 254–264 thermodynamics and, 238–243, 270–271 Wistar conference and, 99–105, 108 artificial life complexity evolution in, 215–216 information theory and, 207–211, 220 Asimov, Isaac, 264 atomic theory, 233–236 technology model of, 262–264 avian flight, evolution of, 36 Avida experiment, 209–210, 213–215 Axe, Douglas, 185, 190–191, 271–273 Bannister, Roger, 75 Basic Argument from Improbability (BAI), 126–132 Basic Argument from Information, 177–179 Basic Argument from Thermodynamics, 240–243 Behe, Michael, 40–47, 138–140, 153–159, 190–191, 267–271 Betts, E. H., 238–243 Biological Information: New Perspectives , 172, 183–184 biology mathematics and, 84–86 No Free Lunch theorems and, 202–204 birds, evolution of flight in, 36 blind search algorithms, combinatorial search, 193, 195–198 The Blind Watchmaker (Dawkins), 191–195 Blum, Harold, 246–251 Bridgman, Percy, 249 Brillouin, Leon, 250–251 Bryan, William Jennings, 10 Bunn, Emory, 265 Burling, Richard, 245–246 Carothers, J. M., 218 Carroll, Sean, 162 causation, probability distribution and, 136–137 chloroquine resistance, malaria parasite and, 154 circumstantial evidence, for evolution, 47–53 cities, evolution of, 42 Clark, R. E. D., 238–243 clotting mechanism in humans, 42 combinatorial search artificial life and, 207–211 Dawkins’ weasel experiments and, 191–195 285 286 index combinatorics, 80–82 in Behe’s malaria parasite model„ 157 improbability and, 129–132 probability theory, 121–124 Thorvaldsen and Hössjer’s model and, 149 common ancestors evidence of, 76 evolution and, 19–22 comparative anatomy, 25–26 evolution of complex structures and, 37–38 compensation, Sewell’s theory of, 257–261 complexity, probabilistic threshold for, 135 complex specified information flagellum model of, 137–146 information theory and, 172 natural selection and, 202–205 No Free Lunch theorems and, 198–200 origins of, 132 probability theory, 132–137 complex specified information, mathematical rhetoric in support of, 267–271 complex structures argument, 29–39 Compton, Robert, 183–184 computer science artificial life experiments in, 207–211, 213–215, 219 evolutionary theory in, 51, 91–98, 108 language in, 96–97 constant slope, function of, 62–65 continuity, defined, 70–73 continuous function graphical representation of, 70–73 modeling of, 62–65 Conway Morris, Simon, 18 cosmological constants, 202–204 counting, in probability theory, 121–124 creationism, 4, see also anti-evolutionism Dawkins on, 170–172 second law argument in, 221–223 Crosby, J. L., 107–108 cultural differences, anti-evolution movements, 4 cumulative selection, 130–132 Darwin, Charles age of Earth models and work of, 74 Behe’s refutation of, 40–47 comparative anatomy and, 25–26 complex structures argument and, 29, 39 critics of, 9–15 evolutionary theory of, 1–3 on homology, 37–38 No Free Lunch theorems and work of, 198–200 on redundancy and complexity, 45 Download 0.99 Mb. Do'stlaringiz bilan baham: |
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