31Dec 2025 by Post

No. 2 Story for 2025: My Conversation with Denis Noble About Intelligent Design

algorithmic control circuits, bacteria, Bill Gates, blind evolution, Casey Luskin, computer programming, conditional logic, conditional logic control circuits, Denis Noble, DNA, enzymes, Evolution, evolutionary biology, glucose, intelligence, Intelligent Design, lactose, Oxford University, Perry Marshall, promoter, pseudocode, RNA polymerase, Third Way of Evolution
In our experience, what cause generates conditional logic circuits, and then what cause re-uses those algorithmic programs over and over in different systems? Source
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31Jul 2025 by Post

My Conversation with Denis Noble and Perry Marshall About Evolution and Intelligent Design 

algorithmic control circuits, bacteria, Bill Gates, blind evolution, Casey Luskin, Computational Sciences, computer programming, conditional logic, conditional logic control circuits, Denis Noble, DNA, enzymes, Evolution, evolutionary biology, glucose, intelligence, Intelligent Design, lactose, Oxford University, Perry Marshall, promoter, pseudocode, RNA polymerase, Third Way of Evolution, __featured1
In our experience, what cause generates conditional logic circuits, and then what cause re-uses those algorithmic programs over and over in different systems? Source
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30Jul 2025 by Post

Recurring Design Logic in Attenuation Mechanisms

amino acids, Arginine, attenuation, biology, biosynthesis, blind processes, design logic, DNA, Engineering, enzymes, Evolution, genes, hairpin, histidine, homology, Intelligent Design, leader transcript, mRNA, operon regulation, operons, phenylalanines, prokaryotes, recurring design logic, regulation, Ribosome, RNA polymerase, transcription, translation, tryptophan, unguided processes
Despite the striking parallels between these systems in terms of the design logic, these attenuation systems are not evolutionarily related to one another. Source
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29Jul 2025 by Post

Recurring Design Logic in Operon Regulation

Arginine, bacteria, bacterial cell, bacterial systems, biology, biosynthesis, conformational change, DNA, enzymes, Evolution, evolutionary origins, genes, Intelligent Design, lactose, operons, recurring design logic, regulatory systems, repressor, RNA polymerase, sequence homology, stop codons, structural motif, superfamily, transcriptional hierarchies, tryptophan
As we see in these two examples, the design logic is the same. And yet, these two systems are not evolutionarily related to one another. Source
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