Clifton Suspension Bridge Type post Date September 27, 2021 CategoriesEvolutionIntelligent Design Tagged , academicians, bacteria, bacteriophages, CRISPR, Darwinian theory, DNA, electrons, Escherichia coli, evolution, geometry, intelligent design, light bulb, molecular machines, nanowires, Nature (journal), Neil Thomas, oxygen, pili, PNAS, Science Daily, seafloor, soil, Spain, Switzerland, Taking Leave of Darwin, Uppsala University, Yale University Tricks of the Cell Trade Science and Culture September 27, 2021 Evolution, Intelligent Design 7 Cell processes are quick and efficient. They can even solve geometry problems in the dark without eyes or brains. Read More ›
gecko-2048x1075 Type post Date May 29, 2020 CategoriesIntelligent DesignLife Sciences Tagged , American Chemical Society, biologists, Biomimetics, biomimicry, butterfly wings, China, coral, Duke University, engineers, fish scales, geckos, Georgia Tech, intelligent design, Johns Hopkins University, leaf, leaves, materials science, nanowires, New Scientist, polymers, telescopes Applied Intelligent Design: Engineers Know Engineering When They See It Science and Culture May 29, 2020 Intelligent Design, Life Sciences 9 The adhesive properties of gecko toe pads, based on atomic van der Waals attraction, have been understood for years now. Read More ›
nanowires Type post Author Otangelo Grasso Date October 28, 2019 CategoriesIntelligent Design Tagged , __edited, Aarhus University, Carl Zimmer, Darwinian evolution, electrons, microbiology, nanowires, New Scientist, New York Times, oxygen, pili, respiration, University of Massachusetts at Amherst, University of Virginia Electroactive Bacteria: A “Mind-Blowing” Case of Intelligent Design Otangelo Grasso October 28, 2019 Intelligent Design 8 Somehow, G. sulfurreducens “know” how to assemble molecules in their pili in an exact sequential and functional order. Read More ›
