Combining Texts

All the ideas for 'fragments/reports', 'Two Chief World Systems' and 'Distinct Indiscernibles and the Bundle Theory'

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6 ideas

8. Modes of Existence / D. Universals / 3. Instantiated Universals

10197	An immanent universal is wholly present in more than one place [Zimmerman,DW]
	Full Idea: An immanent universal will routinely be 'at some distance from itself', in the sense that it is wholly present in more than one place.
	From: Dean W. Zimmerman (Distinct Indiscernibles and the Bundle Theory [1997], p.306)
	A reaction: This is the Aristotelian view, which sounds distinctly implausible in this formulation. Though I suppose redness is wholly present in a tomato, in the way that fourness is wholly present in the Horsemen of the Apocalypse. How many rednesses are there?

9. Objects / F. Identity among Objects / 7. Indiscernible Objects

10198	If only two indiscernible electrons exist, future differences must still be possible [Zimmerman,DW]
	Full Idea: If nothing existed except two electrons, which are indiscernible, it remains possible that differences will emerge later. Even if this universe has eternal symmetry, such differences are still logically, metaphysically, physically and causally possible.
	From: Dean W. Zimmerman (Distinct Indiscernibles and the Bundle Theory [1997], p.306)
	A reaction: The question then is whether the two electrons have hidden properties that make differences possible. Zimmerman assumes that 'laws' of an indeterministic kind will do the job. I doubt that. Can differences be discerned after the event?

10199	Discernible differences at different times may just be in counterparts [Zimmerman,DW]
	Full Idea: Possible differences which may later become discernible could be treated as differences in a counterpart, which is similar to, but not identical with, the original object.
	From: Dean W. Zimmerman (Distinct Indiscernibles and the Bundle Theory [1997], p.307)
	A reaction: [compressed] This is a reply to Idea 10198, which implies that two things could never be indiscernible over time, because of their different possibilities. One must then decide issues about rigid designation and counterparts.

26. Natural Theory / A. Speculations on Nature / 5. Infinite in Nature

1748	Archelaus was the first person to say that the universe is boundless [Archelaus, by Diog. Laertius]
	Full Idea: Archelaus was the first person to say that the universe is boundless.
	From: report of Archelaus (fragments/reports [c.450 BCE]) by Diogenes Laertius - Lives of Eminent Philosophers 02.Ar.3

27. Natural Reality / A. Classical Physics / 1. Mechanics / b. Laws of motion

19673	Galileo mathematised movement, and revealed its invariable component - acceleration [Galileo, by Meillassoux]
	Full Idea: Galileo conceives of movement in mathematical terms. ...In doing so, he uncovered, beyond the variations of position and speed, the mathematical invariant of movement - that is to say, acceleration.
	From: report of Galileo Galilei (Two Chief World Systems [1632]) by Quentin Meillassoux - After Finitude; the necessity of contingency 5
	A reaction: That is a very nice advert for the mathematical physics which replaced the Aristotelian substantial forms. ...And yet, is acceleration some deep fact about nature, or a concept which is only needed if you insist on being mathematical?

27. Natural Reality / G. Biology / 3. Evolution

5989	Archelaus said life began in a primeval slime [Archelaus, by Schofield]
	Full Idea: Archelaus wrote that life on Earth began in a primeval slime.
	From: report of Archelaus (fragments/reports [c.450 BCE]) by Malcolm Schofield - Archelaus
	A reaction: This sounds like a fairly clearcut assertion of the production of life by evolution. Darwin's contribution was to propose the mechanism for achieving it. We should honour the name of Archelaus for this idea.