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Single Idea 18749

[filed under theme 14. Science / C. Induction / 5. Paradoxes of Induction / a. Grue problem ]

Full Idea

Goodman constructed arguments that purported to show that a satisfactory syntactic analysis of the confirmation relation can never be found. In response, philosophers of science tried to model it in probabilistic terms.

Gist of Idea

Goodman argued that the confirmation relation can never be formalised

Source

report of Nelson Goodman (Fact, Fiction and Forecast (4th ed) [1954]) by Horsten,L/Pettigrew,R - Mathematical Methods in Philosophy 4

Book Ref

'Bloomsbury Companion to Philosophical Logic', ed/tr. Horsten,L/Pettigrew,R [Bloomsbury 2014], p.19


A Reaction

I take this idea to say that Bayesianism was developed in response to the grue problem. This is an interesting light on 'grue', which never bothered me much. The point is it scuppered formal attempts to model induction.


The 20 ideas with the same theme [problem of a predicate which changes over time]:

Goodman showed that every sound inductive argument has an unsound one of the same form [Goodman, by Putnam]
Goodman argued that the confirmation relation can never be formalised [Goodman, by Horsten/Pettigrew]
Grue and green won't be in the same world, as that would block induction entirely [Goodman]
Grue is a puzzle because the notions of similarity and kind are dubious in science [Quine]
Unlike 'green', the 'grue' predicate involves a time and a change [Armstrong]
Science suggests that the predicate 'grue' is not a genuine single universal [Armstrong]
Emeralds are naturally green, and only an external force could turn them blue [Ellis]
'Grue' introduces a new causal hypothesis - that emeralds can change colour [Harré]
The grue problem shows that natural kinds are central to science [Harré]
'Grue' only has causal features because of its relation to green [Shoemaker]
Grueness is not, unlike green and blue, associated with causal potential [Shoemaker]
To just expect unexamined emeralds to be grue would be totally unreasonable [Lewis]
Observing lots of green x can confirm 'all x are green' or 'all x are grue', where 'grue' is arbitrary [Mautner, by PG]
Predictions are bound to be arbitrary if they depend on the language used [Bernecker/Dretske]
Problem predicates in induction don't reflect the structure of nature [Sider]
Two applications of 'grue' do not guarantee a similarity between two things [Sider]
Any conclusion can be drawn from an induction, if we use grue-like predicates [Bird]
Several months of observing beech trees supports the deciduous and evergreen hypotheses [Bird]
We normally learn natural kinds from laws, but Goodman shows laws require prior natural kinds [Bird]
'Grue' is not a colour [Milsted]