The purpose of this paper to compare and contrast scientific and religious paradigms and their communities. Similarities include the fact that it is possible to analyze both in terms of the formal components of a paradigm, that a community is essential to both traditions, and that the intersubjective testing and universality, along with data and experience, are important for "rational objectivity" in both communities.
Science strives to produce models of physical phenomena. Such models are useful, but usually simplifications of reality. Published in Origins v. 16, n. 2.
A review of the book, Rates of Evolution. Published from a symposium on evolution. Published in Origins v. 16, n. 2.
Dueling has a long and tragic history. Although dueling to death is largely abandoned, we still see unnecessary quarrels, including among scientists. Calm reflection and rational dialogue are much to be preferred. Published in Origins v. 16, n. 1.
Most punctuated equilibria theories explain why proposed exceptions tend to be in the Upper Cenozoic. Punq Eq Creation Style, however, not only predicts the stasis and abrupt appearance of species, but it also predicts that exceptions will be found in the Upper Cenozoic among forminifera. Because of its greater explanatory power, PECS teoyr is superior to other PE theories. Published in Origins v. 16, n. 1.
A review of the book, Darwinism: The Refutation of a Myth. Written by a developmental biologist emphasizing the inadequacy of Darwinian evolutionary theory and advocating the importance of developmental processes in evolution. Published in Origins v. 16, n. 1.
The new theory of surface metabolism suggests that the forerunners of living matter were formed underwater, on metallic surfaces. While the theory of surface-metabolism represents a prodigious effort to explain the origin of living matter, it falls far short of its goal. Published in Origins v. 16, n. 1.
It is fashionable in some circles to doubt everything, but experiences with reality show us that truth does actually exist. The person who searches for truth is more likely to succeed than one who doubts everything. Published in Origins v. 16, n. 2.
Disagreements among creationists can lead to better understanding and improvement in creation thinking, and should not be ignored or regarded as an embarrassment. Creationists learn the same way as everyone else, and disputations are expected in the search for truth. Published in Origins v. 15, n. 1.
Cliches may convey little knowledge yet have much influence. Careful thought and study is much better than accepting unwarranted simplifications of reality. Published in Origins v. 14, n. 2.
Science has produced many wonders of technology and is probably the best place to start in the quest for understanding the physical world. However, it is limited in its scope, and is a bad place to end the quest. There is a realm of reality beyond the reach of science, and this realm is perhaps more important than the physical realm. Published in Origins v. 14, n. 1.
The origin of life continues to be a game-stopper for materialism. Two major problems point to the inadequacy for life to arise spontaneously. First, cells have a high information content that has no known material source. Second, life is a non-equilibrium process that is opposed by natural law which pushes chemical reactions to equilibrium. There is no explanation for life's origin apart from an intelligent creator. Published in Origins v. 14, n. 1.
Holding two mutually contradictory opinions at once is called "doublethink." This is not the way to find truth, and should be abandoned by all. Published in Origins v. 13, n. 2.
A review of the book, In the Beginning. The book attempts to explain Genesis from a naturalistic perspective, and his bias shows clearly. Published in Origins v. 13, n. 2.
Probability is used to estimate the likelihood of an event occurring in which enough is known to constrain the possibilities. The naturalistic origin of life is extremely unlikely and has never been observed, so that probabilities do not really apply to the question, but indicate that some alternative explanation is to be sought. Published in Origins v. 13, n. 2.
Scientific inquiry may explore immediate results as in an experiment, or a historical event that cannot be replicated experimentally. Experiments offer greater confidence than attempts to study historical questions, and it is not true that evolution is as much a fact as gravity. Published in Origins v. 13, n. 1.
A review of the book, Evolution: A Theory in Crisis. Evolutionary theory faces many contrary lines of evidence and is in need of major changes. Published in Origins v. 13, n. 1.
A collection of short commentaries on scientific articles published in 1983, covering topics such as the history of Darwinism, integrity in science, evolution and thermodynamics, North American geology, Quaternary dating methods, origin of life, and the half-life of Technetium-99.
A review of the book, Abusing Science: The Case Against Creationism. The book gives responses to criticisms of evolutionary theory by creationists, and presents several criticisms of creation theory. Published in Origins v. 12, n. 2.
A collection of short commentaries on scientifc papers published in 1983-1985, covering topics such as amino acid dating, problems in evolutionary theory, God and the New Physics, Scientists Confront Creationism, transgenic mammals, philosophy of science, and In the Minds of Men. Published in Origins v. 12, n. 2.
