How Small Became Beautiful: A Brief History of Information Storage

A Tale of Two Cities, Charles Dickens, compact discs, Computational Sciences, computers, Delft University of Technology, DNA, electronic storage, Encyclopaedia Britannica, Engineering, Evolution: A Theory in Crisis, George Gaylord Simpson, gigabytes, Gordon Moore, hard drives, heat-assisted magnetic recording, IBM, information, Kryder’s law, Macintosh, Mark Kryder, megabytes, Michael Denton, Microsoft, molecular calculation, Moore’s law, nanometers, Pan Am, physics, printing, quantum holography, RAMAC, Richard Feynman, Stanford University, Technology, terabyte, Thomas Newman, University of Washington, volumetric density
For readers whose eyes may be glazing over with all these large exponentials for measuring DNA storage, let me offer an observation from Michael Denton. Source
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Meyer, Dillahunty, Nagel: They Don’t Make Atheists the Way They Used To

analogy, Atheism, Bible, biological information, Closer to Truth, Complexity, DNA, dogmatism, Douglas Adams, Faith & Science, functional specificity, genetics, God of the philosophers, improbability, information, Intelligent Design, Matt Dillahunty, Mind and Cosmos, neo-Darwinian theory, New York University, Piers Morgan, Richard Dawkins, Robert Lawrence Kuhn, Stephen Meyer, The Telegraph, theists, Thomas Nagel, universe
Dillahunty contended that the biological information coded in DNA isn’t really information at all but only analogous to it. Try to follow this word salad. Source
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Three Replies to the “Who Designed the Designer?” Objection

beginning, complex entities, cosmology, designer, DNA, Dunkirk, Energy, engines, evolutionary theory, fine-tuning, French recipes, infinite regress, information, initial entropy, Intelligent Design, matter, mind, neo-Darwinian mechanism, Ockham’s razor, origin of life, Richard Dawkins, software, Stephen Meyer, Stonehenge, The God Delusion, The Telegraph, uncaused cause, universe, Worldview
Suppose scientists did formulate a viable materialistic explanation for the origin of life. Couldn’t someone ask for an account of the origin of matter itself? Source
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Nonsense with “Nanozymes”: New Origin-of-Life Theory Fails to Impress

aaas, American Association for the Advancement of Science, amino acids, cell's, cellular metabolism, chemical reactions, chemists, DNA, early Earth, Energy, energy production, failed models, information processing, Intelligent Design, investigators, mind, nanozymes, nucleotide chains, origin of life, overinterpretation, particles, peptides, photosynthesis, polymerization, Protein World, proteins, Research (journal), RNA, RNA world, self-replicating RNA, thermodynamics, Yongdong Jin
Yongdong Jin proposes that microscopic particles, which he terms nanozymes, orchestrated many of the major steps in the synthesis of the first cell. Source
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How Irreducible Complexity Can Help with Cancer Drug Research

AlphaFold3, apoptosis, bioinformatic data, cancer, cancer cells, carboxy-terminal domain, cell death, cell's, chemotherapy, chromatin, Darwin's Black Box, DNA, DNA replication, double helix, enzymes, Freed-Hardeman University, Intelligent Design, intrinsically disordered regions, Irreducible Complexity, isoforms, Joe Deweese, Medicine, mutants, proteins, replication, TOP2A, TOP2B, topoisomerases, toxic side effects
Topoisomerases are molecular machines that play a critical role in resolving DNA tangles and supercoiling generated during DNA replication. Source
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Answering Dave Farina on the Lenski Experiment

amplification, bacterial cells, citrate, citT, Dave Farina, dctA, DNA, Educating Dave Farina (series), Escherichia coli, Evolution, genes, genetics, Intelligent Design, Irreducible Complexity, Long Term Evolution Experiment, Michael Behe, mutations, neutral mutations, Richard Lenski, rnk, Scott Minnich, The Edge of Evolution, YouTubers
Farina offers the Lenski experiment as a purported counterexample to irreducible complexity. Source
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Epigenetics and the Arts Lover

architecture, art galleries, arts, beauty, behavior, biomaxxing, Bryan Johnson, chromatin, concert halls, Culture, DNA, eating, environment, epigenetics, Epigenetics and the Architect, epigenome, exercise, genes, gym, histones, Intelligent Design, literature, longevity, memory, Michael Denton, museums, music, neurocognitive capacity, Samantha Boardman, stress, Thomas P. Gills, Thomas Woodward, University College London, Wall Street Journal
Here is yet another clue about how we are both spiritual and physical beings. The two realms are connected in mysterious and remarkable ways. Source
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Get Smart: Neanderthals Progress from Brute to Beaut

archeology, brain development, burial sites, cave walls, childhood development, cognitive functioning, Culture, DNA, Evolution, fossils, Friedrich Alexander University, genes, genetics, genome, human mind, Human Origins, Human Origins and Anthropology, Indiana University Bloomington, intelligence, Kyoto University, language, modern humans, Neanderthals, Nurnberg, paleontology, researchers, Scientific American, Tom Schoenemann
We must be ready to ask some questions about many of the evolution stories we have taken for granted. Source
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God Would Not Create Things That Way? Nature Alone Could Not

Charles Darwin, Chicago, chimps, Christianity for Doubters, common design, consciousness, DNA, echolocation, elementary particles, Evolution, Faith & Science, Field Museum of Natural History, fossil skulls, Genesis, George Gaylord Simpson, history of life, humans, Intelligent Design, modern humans, nature, New York Times News Service, nuclear power plants, Origin of Species, paleontologists, paleontology, physics, primates, Smart Phones, supercomputers, Technology, Why Evolution Is Different
Why does God remain backstage, hidden from view, working behind the scenes while we act out our parts in the human drama? Source
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To Crowdsource DNA, or Not to Crowdsource DNA: A Microbe’s Decision Pathway

AbrB, antibiotics, autoregulation, Bacillus subtilis, bacteria, biology, cassettes, cell fate, chemotaxis, CodY, ComK, competence, crowdsourcing, DegU, dense overlapping regulons, DNA, Energy, environmental conditions, exponential growth, feed-forward loops, gene expression, gene regulatory network, graduate school, housekeeping, Intelligent Design, isoleucine, leucine, metabolic pathways, metabolism, microorganisms, principal investigator, Rok, Sigma-H, single input modules, sporulation, stress, superintellect, transcription, valine, virulence
These are the same type of understandable and logical computation circuits that humans design. What can we learn from observing this similarity? Source
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