microscope-illustration-of-human-cell-426159124-stockpack-ad Type post Author Brian Miller Date September 1, 2026 CategoriesIntelligent DesignOrigin of Life Tagged , AAAS, American Association for the Advancement of Science, amino acids, cells, cellular metabolism, chemical reactions, chemists, DNA, early Earth, Energy, energy production, failed models, information processing, 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 Nonsense with “Nanozymes”: New Origin-of-Life Theory Fails to Impress Brian Miller September 1, 2026 Intelligent Design, Origin of Life 4 Yongdong Jin proposes that microscopic particles, which he terms nanozymes, orchestrated many of the major steps in the synthesis of the first cell. Read More ›
single-strand-ribonucleic-acid-rna-research-and-therapy-stoc-221145581-stockpack-adobestock Type post Author Brian Miller Date February 19, 2026 CategoriesIntelligent DesignOrigin of Life Tagged , Cambridge, candor, chemical evolution, chemical processes, early Earth, Edoardo Gianni, England, experiments, intelligent agent, intelligent design, James Tour, MRC Laboratory of Molecular Biology, nucleotide chains, nucleotides, origin of life, physical processes, primer, protocell, QT45, reagents, RNA, RNA replicator, RNA world, Rob Stadler, Science (journal), water Yet Another Demonstration that Life’s Origin Required an Intelligent Agent Brian Miller February 19, 2026 Intelligent Design, Origin of Life 6 James Tour and Rob Stadler explain why an RNA even remotely similar to QT45 could never have formed on the early Earth. Read More ›
