Stephen C. Meyer

The Discovery Institute and ID

Until about two months ago, I hadn’t read much material put out by the Discovery Institute. Their Center for Science and Culture is one of the main forces behind Intelligent Design. What little knowledge I had of them was based on what I would occasionally read in news articles and perhaps Panda’s Thumb. Then after reading one of my posts Read More ›

Science’s New Heresy Trial

Science is typically praised as open-ended and free, pursuing the evidence wherever it leads. Scientific conclusions are falsifiable, open to further inquiry, and revised as new data emerge. Science is free of dogma, intolerance, censorship, and persecution.

By these standards, Darwinists have become the dogmatists. Scientists at the Smithsonian Institute, supported by American taxpayers, are punishing one of their own simply for publishing an article about Intelligent Design.

Stephen Meyer, who holds a Ph.D. from Cambridge and is a research fellow at the Discovery Institute, wrote an article titled “The Origin of Biological Information and the Higher Taxonomic Categories.” As Mr. Meyer explained it to WORLD, his article deals with the so-called Cambrian explosion, that point in the fossil record in which dozens of distinct animal body forms suddenly spring into existence. Darwinists themselves, he showed through a survey of the literature, admit that they cannot explain this sudden diversity of form in so little time.

Mr. Meyer argued that the need for new proteins, new genetic codes, new cell structures, new organs, and new species requires specific “biological information.” And “information invariably arises from conscious rational activity.” That flies in the face of the Darwinist assumption that biological origins are random.

Mr. Meyer submitted his paper to the Proceedings of the Biological Society of Washington, a scientific journal affiliated with the Smithsonian Institute’s National Museum of Natural History. The editor, Rick Sternberg, a researcher at the museum with two Ph.D.s in biology, forwarded the article to a panel of three peer reviewers. In scientific and other academic scholarship, submitting research to the judgment of other experts in the field ensures that published articles have genuine merit. Each of the reviewers recommended that, with revisions, the article should be published. Mr. Meyer made the revisions and the article was published last August.

Whereupon major academic publications —Science, Nature, Chronicles of Higher Education — expressed outrage. The anger was focused not on the substance of the article, but on the mere fact that a peer-reviewed scientific journal would print such an article.

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Rebuttals to Critiques of Meyer’s PBSW Article

Part I: One Long BluffPart II: Neo-Darwinism’s Unsolved Problems The September 9, 2004 issue of Nature reported the publication of an article advocating the theory of intelligent design in a peer-reviewed scientific journal. The article, written by Discovery Institute Senior Fellow Stephen C. Meyer and titled “The Origin of Biological Information and the Higher Taxonomic Categories,” was published in the Read More ›

Neo-Darwinism’s Unsolved Problem of the Origin of Morphological Novelty

Discovery Institute Senior Fellow Stephen C. Meyer’s recent article, “The Origin of Biological Information and the Higher Taxonomic Categories,” published in Proceedings of the Biological Society of Washington (PBSW) 1, has provoked a storm of criticism from Darwinists because it develops a case for the theory of intelligent design (ID) in a peer-reviewd science journal. So far, however, the only Read More ›

Multidrug resistant bacteria inside a biofilm
Antibiotic resistant bacteria inside a biofilm, 3D illustration. Biofilm is a community of bacteria where they aquire antibiotic resistance and communicate with each other by quorum sensing molecules

Genetic Analysis of Coordinate Flagellar and Type III Regulatory Circuits in Pathogenic Bacteria

Abstract: The bacterial flagellum represents one of the best understood molecular machines. Comprised of 40 parts that self-assemble into a true rotary engine, the biochemistry and genetics of these systems has revealed an unanticipated complexity. An essential component to assembly is the subset of parts that function as a protein secretory pump to ensure and discriminate that the correct number of protein subunits and their order of secretion is precisely regulated during assembly. Of further interest is the recognition of late that a number of important plant and animal pathogens use a related protein secretory pump fused to a membrane-spanning needle-like syringe by which a subset of toxins can be injected into target host cells. Together, the flagellar and virulence protein pumps are referred to as Type III Secretion Systems (TTSS). The archetype for TTSS systems has been the pathogenic members of the genus Yersinia which includes the organism responsible for bubonic plague, Y. pestis. Our interest in the Yersinia centers on the coordinate genetic regulation between flagellum biosynthesis and virulence TTSS expression. Y. enterocolitica, for example operates three TTSSs (motility, Ysa, and Yop), but each is expressed under defined mutually exclusive conditions. Y. pestis has lost the ability to assemble flagella (the genes are present on the chromosome) and expresses only the Yop system at 37oC, mammalian temperature. Using a combination of microarray analysis, genetic fusions, and behaviors of specific engineered mutants, we demonstrate how environmental factors influence gene expression of these multigene families, where the influence is exerted within each system, and propose why segregating these systems is critical for the organism. Our model further offers an explanation as to why an important subset of human pathogens has lost motility during their histories. Read More ›
fossil trilobite imprint in the sediment
fossil trilobite imprint in the sediment

The Origin of Biological Information and the Higher Taxonomic Categories

On August 4th, 2004 an extensive review essay by Dr. Stephen C. Meyer, Director of Discovery Institute's Center for Science & Culture appeared in the Proceedings of the Biological Society of Washington (volume 117, no. 2, pp. 213-239). The Proceedings is a peer-reviewed biology journal published at the National Museum of Natural History at the Smithsonian Institution in Washington D.C. Dr. Meyer argues that no current materialistic theory of evolution can account for the origin of the information necessary to build novel animal forms. He proposes intelligent design as an alternative explanation for the origin of biological information and the higher taxa. Read More ›

DNA by Design

This paper will develop a design hypothesis, not as an explanation for the origin of species, but as an explanation for the origin of the information required to make a living system in the first place. Whereas Darwinism and neo-Darwinism address the former question, theories of chemical evolution have addressed the latter question of the ultimate origin of life. This essay will contest the causal adequacy of chemical evolutionary theories based upon “chance,” “necessity,” and their combination. Instead, a third type of explanation — intelligent design — provides a better explanation for the origin of the information present in large biomacromolecules such as DNA, RNA, and proteins. To paraphrase Sober, this paper will present a version of the design hypothesis that disagrees with strictly materialistic theories of chemical evolution and provides a better explanation for the observed complexity of the simplest living organisms. Read More ›
Amazing bird Kingfisher.jpg
Amazing bird Kingfisher. Diving bird. Colorful nature background. Bird: Common Kingfisher. Alcedo atthis
Photo by SerkanMutan on Adobe Stock

Teleological Evolution

It is difficult to see what empirical content Lamoureux's teleological evolution has or how it differs in substance from standard Neo-Darwinism with its denial of any evidence of actual, as opposed to merely apparent, design. Read More ›

We Are Not Alone

Since early this century, scientists working in origin-of-life research have repeatedly tried to demonstrate that life’s simplest organisms could have evolved from simpler, nonliving molecules. This theory, known as chemical evolution, has dominated thinking about the origin of life for most of this century. So when Charles Thaxton, Walter Bradley, and Roger Olsen decided to critique chemical evolution, they didn’t expect their scientific audience to be ready to listen. Their audience has surprised them. Read More ›