|
13082
|
The complete concept of an individual includes contingent properties, as well as necessary ones [Leibniz]
|
|
Full Idea:
In this complete concept of possible Peter are contained not only essential or necessary things, ..but also existential things, or contingent items included there, because the nature of an individual substance is to have a perfect or complete concept.
|
|
From:
Gottfried Leibniz (Of liberty, Fate and God's grace [1690], Grua 311), quoted by Cover,J/O'Leary-Hawthorne,J - Substance and Individuation in Leibniz 3.3.1
|
|
A reaction:
Compare Idea 13077, where he seems to say that the complete concept is only necessarily linked to properties which will predict future events - though I suppose that would have to include all of the contingent properties mentioned here.
|
|
8329
|
Either causal relations are given in experience, or they are unobserved and theoretical [Sosa/Tooley]
|
|
Full Idea:
There is a fundamental choice between the realist approach to causation which says that the relation is immediately given in experience, and the view that causation is a theoretical relation, and so not directly observable.
|
|
From:
E Sosa / M Tooley (Introduction to 'Causation' [1993], §1)
|
|
A reaction:
Even if immediate experience is involved, there is a step of abstraction in calling it a cause, and picking out events. A 'theoretical relation' is not of much interest there if no observations are involved. I don't think a choice is required here.
|
|
8324
|
The problem is to explain how causal laws and relations connect, and how they link to the world [Sosa/Tooley]
|
|
Full Idea:
Causal states of affairs encompass causal laws, and causal relations between events or states of affairs; two key questions concern the relation between causal laws and causal relations, and the relation between these and non-causal affairs.
|
|
From:
E Sosa / M Tooley (Introduction to 'Causation' [1993], §1)
|
|
A reaction:
This is the agenda for modern analytical philosophy. I'm not quite clear what would count as an answer. When have you 'explained' a relation? Does calling it 'gravity', or finding an equation, explain that relation? Do gravitinos explain it?
|
|
8328
|
Causation isn't energy transfer, because an electron is caused by previous temporal parts [Sosa/Tooley]
|
|
Full Idea:
The temporal parts of an electron (for example) are causally related, but this relation does not involve any transfer of energy or momentum. Causation cannot be identified with physical energy relations, and physicalist reductions look unpromising.
|
|
From:
E Sosa / M Tooley (Introduction to 'Causation' [1993], §1)
|
|
A reaction:
This idea, plus Idea 8327, are their grounds for rejecting Fair's proposal (Idea 8326). It feels like a different use of 'cause' when we say 'the existence of x was caused by its existence yesterday'. It is more like inertia. Destruction needs energy.
|
|
8325
|
The dominant view is that causal laws are prior; a minority say causes can be explained singly [Sosa/Tooley]
|
|
Full Idea:
The dominant view is that causal laws are more basic than causal relations, with relations being logically supervenient on causal laws, and on properties and event relations; some, though, defend the singularist view, in which events alone can be related.
|
|
From:
E Sosa / M Tooley (Introduction to 'Causation' [1993], §1)
|
|
A reaction:
I am deeply suspicious about laws (see Idea 5470). I suspect that the laws are merely descriptions of the regularities that arise from the single instances of causation. We won't explain the single instances, but then laws don't 'explain' them either.
|