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All the ideas for 'Causal Connections', 'On Carnap's Views on Ontology' and 'works'

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15 ideas

1. Philosophy / E. Nature of Metaphysics / 4. Metaphysics as Science
Quine rejects Carnap's view that science and philosophy are distinct [Quine, by Boulter]
     Full Idea: Quine rejects Carnap's view that the methods of science and philosophy are distinct.
     From: report of Willard Quine (On Carnap's Views on Ontology [1951]) by Stephen Boulter - Why Medieval Philosophy Matters 5
     A reaction: I can't decide this one. Leibniz agreed with Carnap, but rated philosophy more highly. I like the view of philosophy as continuous with science, but that doesn't make it a branch of science. I incline towards science being a branch of philosophy.
7. Existence / D. Theories of Reality / 11. Ontological Commitment / a. Ontological commitment
Names have no ontological commitment, because we can deny that they name anything [Quine]
     Full Idea: I think there is no commitment to entities through use of alleged names of them; other things being equal, we can always deny the allegation that the words in question are names.
     From: Willard Quine (On Carnap's Views on Ontology [1951], p.205)
     A reaction: Hm. So why can't you deny that variables actually refer to existing entities? If I say 'I just saw James', it's a bit cheeky to then deny that James refers to anyone. He uses Russell's technique to paraphrase names.
7. Existence / D. Theories of Reality / 11. Ontological Commitment / b. Commitment of quantifiers
We can use quantification for commitment to unnameable things like the real numbers [Quine]
     Full Idea: Through our variables of quantification we are quite capable of committing ourselves to entities which cannot be named individually at all in the resources of our language; witness the real numbers.
     From: Willard Quine (On Carnap's Views on Ontology [1951], p.205)
     A reaction: The real numbers are uncountable, and thus cannot all be named. This is quite an impressive point. I've always had doubts about the existence of real numbers, on the grounds that they could never all be named.
14. Science / B. Scientific Theories / 3. Instrumentalism
Special relativity, unlike general relativity, was operationalist in spirit [Putnam on Einstein]
     Full Idea: Einstein's interpretation of special relativity was operationalist in spirit (in marked contrast to the interpretation he gave to general relativity).
     From: comment on Albert Einstein (works [1915]) by Hilary Putnam - Reason, Truth and History Ch.5
     A reaction: The late twentieth century was polluted with daft relativism, and I hold Einstein partly responsible, suspecting that he was a bad philosopher. The later development of Einstein's view noted here is interesting.
19. Language / E. Analyticity / 3. Analytic and Synthetic
Without the analytic/synthetic distinction, Carnap's ontology/empirical distinction collapses [Quine]
     Full Idea: If there is no proper distinction between analytic and synthetic, then no basis at all remains for the contrast which Carnap urges between ontological statements and empirical statements of existence. Ontology then ends up on a par with natural science.
     From: Willard Quine (On Carnap's Views on Ontology [1951], p.211)
     A reaction: Carnap says ontology is relative to a linguistic framework. 'External' ontology is empty. This quotation gives Quine's main motivation for denying the analytic/synthetic distinction.
26. Natural Theory / C. Causation / 1. Causation
Einstein took causation to be the bedrock of physics [Einstein, by Coveney/Highfield]
     Full Idea: It is difficult to overplay Einstein's commitment to the concept of causality as the bedrock of physics.
     From: report of Albert Einstein (works [1915]) by P Coveney / R Highfield - The Arrow of Time 3 'problem'
     A reaction: I normally avoid arguments from authority, but this carries a bit of weight (e.g. when Russell tries to oppose it). What happens to Einstein's theories if you remove causation from them?
26. Natural Theory / C. Causation / 8. Particular Causation / b. Causal relata
Salmon says processes rather than events should be basic in a theory of physical causation [Salmon, by Psillos]
     Full Idea: Salmon argues that processes rather than events should be the basic entities in a theory of physical causation.
     From: report of Wesley Salmon (Causal Connections [1984]) by Stathis Psillos - Causation and Explanation §4.2
     A reaction: It increasingly strikes me that the concept of a 'process' ought to be ontologically basic. Edelman says the mind is a process. An 'event' is too loose, and a 'fact' too vague, and heaven knows what Hume meant by an 'object'.
26. Natural Theory / D. Laws of Nature / 1. Laws of Nature
General relativity assumes laws of nature are the same in all frames of reference [Einstein, by Close]
     Full Idea: Einstein came to general relativity from the principles that the laws of nature are the same in all frames of reference.
     From: report of Albert Einstein (works [1915]) by Frank Close - Theories of Everything 5 'Cosmological'
     A reaction: I wish physicists would tell us a bit more about the ontological status of the 'laws of nature'. Presumably they are not supernatural, so there is an aspect of nature which is constant in all frames of reference. Explanation please.
27. Natural Reality / A. Classical Physics / 1. Mechanics / d. Gravity
Newton is a special case of Einstein's general theory, with an infinite speed of light [Einstein, by Close]
     Full Idea: Einstein's general relativity included Newton's theory as a special case: Newton's theory corresponds to the speed of light being infinite relative to the speed of the interacting bodies.
     From: report of Albert Einstein (works [1915]) by Frank Close - Theories of Everything 5 'Gravity'
     A reaction: So Newton's theory was NOT wrong, but he made the false assumption that the speed of light was infinite.
27. Natural Reality / B. Modern Physics / 1. Relativity / a. Special relativity
The theory is 'special' because it sticks to observers moving straight, at constant speeds [Einstein, by Farmelo]
     Full Idea: Einstein's first theory is 'special' because it only deals with observers who move in a straight line at constant speeds with respect to one another.
     From: report of Albert Einstein (works [1915]) by Graham Farmelo - The Strangest Man 03
     A reaction: Most theories of this period seem to have focused on the simplest cases, for obvious reasons.
Assume the speed of light is constant for all observers, and the laws of physics are the same [Einstein, by Farmelo]
     Full Idea: Einstein assumed that when each observer measures the speed of light in a vacuum, they find the same value, regardless of their speed; and that measurements will lead to agreement on the laws of physics.
     From: report of Albert Einstein (works [1915]) by Graham Farmelo - The Strangest Man 03
     A reaction: So are the laws of physics constant for all observers, irrespective of their speed?
27. Natural Reality / B. Modern Physics / 1. Relativity / b. General relativity
General Relativity says there is no absolute force or acceleration [Einstein, by Close]
     Full Idea: Einstein's General Theory arose from the idea that there is no absolute measure of force and acceleration.
     From: report of Albert Einstein (works [1915]) by Frank Close - Theories of Everything 5 'Gravity'
     A reaction: If absolutely everything is only true relative to something else you wonder what the point of measuring anything is. How big can a 'frame of reference' or 'inertial frame' be. Is the multiverse a frame of reference?
27. Natural Reality / B. Modern Physics / 4. Standard Model / d. Mass
Mass is a measure of energy content [Einstein]
     Full Idea: The mass of a body is the measure of its energy content.
     From: Albert Einstein (works [1915]), quoted by Peter Watson - Convergence 04 'Intro'
     A reaction: If I knew what energy was, this would be very illuminating. This idea is e=mc^2 in words. We now have the Higgs field to consider when trying to understand mass.
27. Natural Reality / C. Space / 6. Space-Time
Space-time arises from the connection between measurements of space and of time [Einstein, by Farmelo]
     Full Idea: Einstein noted that the measurements of space and time are not independent but inextricably linked, leading to the idea of unified space-time (introduced by his former teacher Minkowski).
     From: report of Albert Einstein (works [1915]) by Graham Farmelo - The Strangest Man 03
     A reaction: Notice the instrumentalist assumptions behind this.
28. God / C. Attitudes to God / 5. Atheism
I do not believe in a personal God [Einstein]
     Full Idea: I do not believe in a personal God and I have never denied this but have expressed it clearly.
     From: Albert Einstein (works [1915]), quoted by Richard Dawkins - The God Delusion Ch.1.15
     A reaction: This is an important corrective to those who claim Einstein as religious, on the basis of remarks about God not playing dice etc. See the whole of Dawkins's chapter on Einstein for full discussion.