but in my experience most scientists do Boyd's 
'tropical fish realism'.  / Archytas.....

I'd like look into this Boyd "character".....what's his full name... R.N. 
Boyd?

http://plato.stanford.edu/entries/scientific-realism/

and is this, "roughly"..... your view of 'tropical fish realism'?

On Thursday, January 10, 2013 1:39:18 PM UTC-5, lenor...@pipeline.com 
Ornstein wrote:
>
> *The Skeptical Scientific Mind-Set in the Spectrum of Belief: It’s about 
> models of ‘reality’ – and the unavoidable incompleteness of evidence, for – 
> or against – any model or fact. 
> * 
> Leonard Ornstein 
>
> *Abstract *
>
> This essay examines topics that relate to the origins of beliefs, in 
> general – and particularly, to ‘belief-in’ the sciences – and how beliefs 
> impact our ability to cope with real-world problems: 
>
>  Introspection about personal experiences of the external world, using 
> the ‘images’ created by our sense organs (especially our vision) should 
> convince us that we are usually aware of a great more detail than our 
> finite vocabularies of words and symbols equip us to manage. So all models 
> (stories/speculations/hypotheses/theories/laws) that we construct to 
> communicate meaning about those experiences must be caricatures of a richer 
> and more complex private set of conscious and unconscious images and 
> impressions. As a result, at best, we can only  build stripped-down, 
> verbal/symbolic sketches about the world. These can hardly be expected to 
> be complete models of absolute and (final?) ‘truth’.  
>
>  Communication between individuals and groups likely developed as a means 
> to, on average, increase the quality of life (the probability of survival, 
> safety, convenience and comfort) compared to ‘going it alone’. For each of 
> the communicating partners, the meanings of those  communications had to be 
> believed to be the ‘same’ to try to maximize the fulfillment of such 
> intentions. Therefore, the voiced-words/symbols/codes, and the fundamental 
> rules for their use, needed to be arbitrarily agreed upon to ‘assure’ 
> identical intended meanings. This is exactly the function of axiomatic 
> definitions and rules at the roots of model building for languages, for 
> mathematics and for logic. The qualifications and limitations that apply to 
> languages, math and logic must be very similar to those for building models 
> for all systems of belief (ideologies, religions and science). Deductive 
> reasoning and inductive reasoning are the tools used to examine the 
> consequences of the axiomatics. How axiomatics and reason might fail to 
> lead us to ‘truth' and certainty about models therefore also requires 
> understanding of inherent limitations imposed on both deductive and 
> inductive reasoning. 
>
>  Sciences differ from ideologies, from most mathematics and from 
> religions. The latter require undiluted, absolute faith/belief in the 
> ‘truth’ of their axiomatics. However, science accepts (also axiomatically) 
> that the degree-of-belief/confidence-in its models can never be absolute. 
> The degree-of-belief is measured by how strongly pertinent, empirical 
> evidence – developed through repeated observation and ‘testing’, and always 
> limited by uncertainties of inductive reasoning, confirm the 
> predictions/projections of the models. 
>
> Such degrees-of-belief are analogue (expressed quantitatively, as 
> ‘different shades of grey’) rather than digital [expressed as black and 
> white (false or true)]. Scientific models of observable phenomena (objects 
> and processes), provide simpler and more reliable explanations than those 
> of non-scientific disciplines and ideologies. Ockham’s Razor – the dictum 
> to choose the simplest explanation, all other things being equal – 
> therefore generally recommends placing scientific models ahead of ideologic 
> models of observable phenomena. 
>
> These differences are sources of science’s great potential to self-correct 
> – and with ever increasing confidence – to incrementally (though often 
> sporadically) improve quality of life. 
>
>
>    In teaching, and in the general valuation of science, these topics, and 
> their contributions to improving the quality of life, are increasingly 
> neglected. They are explored to better clarify how 
> science fits into the wide spectrum of beliefs – (and perhaps help reverse 
> this disturbing trend ;-)  
>
> http://www.pipeline.com/~lenornst/ScienceInTheSpectrumOfBelief.pdf 
>

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