[continued from previous message]   
      
   > >> associative, moving rapidly between historical figures, mathematical   
   > >> functions, and physical constants. While intellectually ambitious, the   
   > >> logic is extremely hard to follow, and the connections he draws—e.g.,   
   > >> between Boltzmann's constant, the fine-structure constant, and the   
   > >> square root of 137—are speculative rather than rigorously justified. He   
   > >> blurs the line between mathematics and physics, treating physical   
   > >> constants as algebraic objects subject to reinterpretation, which runs   
   > >> counter to conventional scientific understanding.   
   > >>   
   > >> His critique of SI units and dimensional analysis as tautological or   
   > >> "flattened" is provocative, but it often reads more like a   
   > >> philosophical musing than a testable claim. References to historical   
   > >> derivations (de Moivre, Hooke, Clausius, Planck) are used to support the   
   > >> idea that modern physics has lost subtle insights, yet these assertions   
   > >> are largely anecdotal and lack precise argumentation.   
   > >>   
   > >> The post's style—long, convoluted sentences, shifting topics, and   
   > >> casual metaphors—makes it almost impossible to disentangle concrete   
   > >> claims from rhetorical flourishes. While the underlying curiosity about   
   > >> foundational concepts is commendable, the lack of clarity, formalism, or   
   > >> empirical grounding makes it difficult to take the substantive claims   
   > >> seriously. In short, it is a mix of high-level insight and obscurantism,   
   > >> fascinating in parts but largely inaccessible and speculative from a   
   > >> professional physics perspective.   
   > >>   
   > >> Here's a concise list of the main errors or misleading points in   
   > >> Finlayson's post:   
   > >>   
   > >> Mischaracterization of physical constants – He treats constants like   
   > >> Boltzmann's constant or the fine-structure constant as   
   > >> "mathematical" or variable depending on the unit system, ignoring that   
   > >> physical constants have defined values in any consistent unit system.   
   > >>   
   > >> Dimension errors – He claims "e=mc?" involves a dimensional error.   
   > >> In reality, this equation is dimensionally consistent: energy, mass, and   
   > >> the square of speed of light are properly related.   
   > >>   
   > >> Confusion between constants and derived quantities – He implies the   
   > >> molar gas constant is mostly Boltzmann's constant and therefore not   
   > >> "physical," which is misleading. The molar gas constant is exactly   
   > >> R=NAkB   
   > >> R=N   
   > >> A   
   > >>        ?   
   > >>   
   > >> k   
   > >> B   
   > >>        ?   
   > >>   
   > >>   and is physically meaningful.   
   > >>   
   > >> Overemphasis on "losses" in abstraction – While historical   
   > >> derivations did involve approximations, suggesting that modern physics has   
   > >> "forgotten" the real algebra behind constants is more rhetorical than   
   > >> factual.   
   > >>   
   > >> Conflation of mathematical and physical reasoning – He applies algebraic   
   > >> manipulation and function identities (Lambert W, roots of phi, etc.) to   
   > >> physical constants without justification, creating apparent patterns that   
   > >> are numerically coincidental rather than physically significant.   
   > >>   
   > >> Speculative claims about "dimensionless" quantities – His statements   
   > >> about Buckingham Pi analysis and "implicit dimensioned terms" lack   
   > >> clarity or rigorous foundation; they overcomplicate well-understood   
   > >> dimensional analysis.   
   > >>   
   > >> Misleading historical connections – He strings together figures like   
   > >> Hooke, Clausius, Planck, and Einstein as if there's a single chain of   
   > >> lost insight, but this is mostly narrative speculation rather than   
   > >> verifiable science.   
   > >>   
   > >> In short: his post mixes interesting conceptual curiosity with factual   
   > >> inaccuracies, numerical coincidences, and speculative historical   
   > >> interpretation, making it unreliable as a source for serious physics   
   > >> discussion.   
   > >   
   > > That's AI for you: verbiage in, verbiage out,   
   > > and understanding of physics, nil,   
   > >   
   > > Jan   
   > >   
   > >   
   >   
   > "Understanding" is considered not a good word, here.  When I say that,   
   > that means it's a cop-out, since comprehension is what's involved here.   
      
   Doesn't matter, you are incapable of both.   
   What this thread illustrates clearly again is that verbiage   
   can only generate more verbiage.   
      
   The only way to cut through it is to refer to external reality,   
   so to the physics behind it.   
      
   Do try,   
      
   Jan   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)