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Single Idea 13109

[filed under theme 14. Science / D. Explanation / 2. Types of Explanation / e. Lawlike explanations ]

Full Idea

Chance is inexplicable, because explanations can only be given for things that happen either always or usually, but the province of chance is things which do not happen always or usually.

Gist of Idea

Chance is inexplicable, because we can only explain what happens always or usually

Source

Aristotle (Physics [c.337 BCE], 197a19)

Book Ref

Aristotle: 'Physics', ed/tr. Waterfield,Robin [OUP 1996], p.45


A Reaction

This seems wrong. We can explain perfectly well a chance meeting in the market place - it is just that the explanation is not of much use in making future predictions. But we may avoid the market place because of the danger of chance meetings.


The 35 ideas with the same theme [explain events by showing laws imply them]:

Chance is inexplicable, because we can only explain what happens always or usually [Aristotle]
Explanation and generality are inseparable [Aristotle, by Wedin]
Facts should be deducible from the theory and initial conditions, and prefer the simpler theory [Osiander, by Harré/Madden]
Positivism explains facts by connecting particular phenomena with general facts [Comte]
Explanation is fitting of facts into ever more general patterns of regularity [Mill, by Ruben]
We give a mathematical account of a system of natural connections in order to clarify them [Heisenberg]
The modern worldview is based on the illusion that laws explain nature [Wittgenstein]
For Hempel, explanations are deductive-nomological or probabilistic-statistical [Hempel, by Bird]
The covering-law model is for scientific explanation; historical explanation is quite different [Hempel]
We must distinguish true laws because they (unlike accidental generalizations) explain things [Salmon]
Deductive-nomological explanations will predict, and their predictions will explain [Salmon]
A law is not enough for explanation - we need information about what makes a difference [Salmon]
To explain observations by a regular law is to explain the observations by the observations [Armstrong]
Science may well pursue generalised explanation, rather than laws [Lewis]
Laws get the facts wrong, and explanation rests on improvements and qualifications of laws [Cartwright,N]
Laws apply to separate domains, but real explanations apply to intersecting domains [Cartwright,N]
The covering law view assumes that each phenomenon has a 'right' explanation [Cartwright,N]
Covering-law explanation lets us explain storms by falling barometers [Cartwright,N]
I disagree with the covering-law view that there is a law to cover every single case [Cartwright,N]
You can't explain one quail's behaviour by just saying that all quails do it [Cartwright,N]
Deduction explanation is too easy; any law at all will imply the facts - together with the facts! [Lipton]
Good explanations may involve no laws and no deductions [Lipton]
We reject deductive explanations if they don't explain, not if the deduction is bad [Lipton]
The explanation is not the regularity, but the activity sustaining it [Machamer/Darden/Craver]
General laws depend upon the capacities of particulars, not the other way around [Mumford]
Just citing a cause does not enable us to understand an event; we also need a relevant law [Psillos]
The 'covering law model' says only laws can explain the occurrence of single events [Psillos]
If laws explain the length of a flagpole's shadow, then the shadow also explains the length of the pole [Psillos]
Laws should help explain the things they govern, or that manifest them [Maudlin]
'Covering law' explanations only work if no other explanations are to be found [Bird]
Livers always accompany hearts, but they don't explain hearts [Bird]
Maybe an instance of a generalisation is more explanatory than the particular case [Steiner,M]
Generalisations must be invariant to explain anything [Leuridan]
It is tempting to think that only entailment provides a full explanation [Mumford/Anjum]
Mathematics can reveal structural similarities in diverse systems [Colyvan]