What I'm asking is how does either notion of substance compliment what we currently know scientifically and vice versa. — Harry Hindu
In the scientific context, the term substance refers to pure matter alone, consisting of only one type of atom or one type of molecule. — Harry Hindu
For Aristotle, every individual, every particular, (what we call an object), consists of matter and form. The composite is an instance of primary substance. You'll notice that he doesn't only talk about living beings, but also things like bronze statues. I think you are applying unwarranted restrictions to Aristotle's hylomorphism
I think it's fairly confusing. — Count Timothy von Icarus
But unity and multiplicity are contrary, not contradictory opposites, and substance (in the sense of being—verb—"a being") sort of exists on a sliding scale, with different things being more or less truly one and discrete (self-determing), just as man can be more or less unified and directed towards the Good. Aristotle, in a very clever way, is extending Plato's psychology into a metaphysical principle here. — Count Timothy von Icarus
It's confusing because logic involves univocal predication and substance as a logical category is "the type of thing." — Count Timothy von Icarus
That would be in accordance with Aristotle's understanding of a substance as an individual entity. Spinoza understood substance more in line with the modern way as "what is fundamental". So, for Spinoza God or Nature (which he considered to be synonymous) is fundamental and individual entities are modes of that fundamental reality. If you think about the etymology 'substance' suggests 'what stands under', which interestingly is related to the etymology of 'understanding'. — Janus
Degrees of Reality
In contrast to contemporary philosophers, most 17th century philosophers held that reality comes in degrees—that some things that exist are more or less real than other things that exist. At least part of what dictates a being’s reality, according to these philosophers, is the extent to which its existence is dependent on other things: the less dependent a thing is on other things for its existence, the more real it is. Given that there are only substances and modes, and that modes depend on substances for their existence, it follows that substances are the most real constituents of reality. — 17th Century Theories of Substance, IEP
Do you really call other persons and animals objects? That’s precisely my point—the term object is misleading in this context. — Wayfarer
You say I’m applying unwarranted restrictions to Aristotle’s hylomorphism. Fair enough. But I’d suggest that you may be reading Aristotle through a modern, objectively-oriented lens, one that did not obtain in his milieu, and does not do justice to the ontological depth conveyed by his original terminology. — Wayfarer
It's a bit confusing because Aristotle seems to say different things in different places, and because "ousia" might get translated as "substance," "being," or "essence" in different places. — Count Timothy von Icarus
This is in contrast to things that "exist according to causes," like a rock, which is largely just a heap of external causes with no (strong) principle of unity (e.g. if you break a rock in half you get two rocks, if you break a dog in half you don't have a dog anymore). — Count Timothy von Icarus
In fact, I believe that it is you who is applying a lens of a modern world-view perspective. In his Physics and Metaphysics, Aristotle did not provide a clear distinction between living beings and inanimate things, as you are proposing, so "being" could refer to both — Metaphysician Undercover
Of things that exist, some exist by nature, some from other causes. "By nature' the animals and their parts exist, and the plants and the simple bodies (earth, fire, air, water)-for we say that these and the like exist 'by nature'.
Aristotle identifies nature as an "innate impulse of change" that not only sets things in motion but governs the course of those motions and brings them to rest. Only certain things have such inner sources of motion. A tentative list of natural beings is given in the first sentence of Book II, but it is corrected in the second paragraph. The parts of animals are not independent things, so while blood, say, or bone is natural, neither of them is that to which an inner source of motion belongs primarily, in virtue of itself. It is only the whole animal that has a nature, or a whole plant. Similarly, fire cannot properly be said to have a nature, since it is incapable of being a whole. Like blood and bone, fire, along with earth, air, and water, is only part of the whole being that has a nature.The ordered whole of the cosmos is the one independent thing in nature that is not an animal or plant.
A table, a chair, a rock, a painting– each is a this, but a living thing is a this in a special way. It is the author of its own this-ness. It appropriates from its surroundings, by eating and drinking and breathing, what it organizes into and holds together as itself. This work of self-separation from its environment is never finished but must go on without break if the living thing is to be at all.
Where in the scientific explanation was the word, "stuff" used, or what makes you believe that "stuff" was implied when "substance" is used? It seems you are projecting a strawman into the description that isn't there.In the scientific context, the term substance refers to pure matter alone, consisting of only one type of atom or one type of molecule.
— Harry Hindu
That's the point of the OP - that using the term 'substance' mistakenly equates 'being' with 'stuff'. And in the current scientific context, there is no real material ultimate in the sense of a material atom. Atoms are nowadays understood as excitations in fields, the primitive idea of the atom as 'indivisible particle' (that's what the word means, 'not divisible') is long dead, in the age of wave-particle duality. — Wayfarer
Do we have the same problem with the term, "process"?These terms definitely still get used in the philosophy of physics, philosophy of biology, complexity studies, etc., but they are often used confusedly in different senses, with all the baggage they have accumulated — Count Timothy von Icarus
How do you map souls and spirits with what we understand scientifically? — Harry Hindu
It’s true that Aristotle uses being (to on) in a broad sense to include many kinds of things. But in Physics and Metaphysics, he also clearly distinguishes between natural beings—which have internal principles of movement and life—and artifacts or inert things, which do not. — Wayfarer
The distinction is not supposed to be merely natural versus artificial. — Count Timothy von Icarus
Of things that exist, some exist by nature, some from other causes.
'By nature' the animals and their parts exist, and the plants and the simple bodies (earth, fire, air, water)-for we say that these and the like exist 'by nature'. — 192b, 8-9
All the things mentioned present a feature in which they differ from things which are not constituted by nature. Each of them has within itself a principle of motion and of stationariness (in respect of place, or of growth and decrease, or by way of alteration). On the other hand, a bed and a coat and anything else of that sort, qua receiving these designations i.e. in so far as they are products of art-have no innate impulse to change. But in so far as they happen to be composed of stone or of earth or of a mixture of the two, they do have such an impulse, and just to that extent which seems to indicate that nature is a source or cause of being moved and of being at rest in that to which it belongs primarily, in virtue of itself and not in virtue of a concomitant attribute. — 192b,13-23
Aristotle identifies nature as an "innate impulse of change" that not only sets things in motion but governs the course of those motions and brings them to rest. Only certain things have such inner sources of motion. A tentative list of natural beings is given in the first sentence of Book II, but it is corrected in the second paragraph. The parts of animals are not independent things, so while blood, say, or bone is natural, neither of them is that to which an inner source of motion belongs primarily, in virtue of itself. It is only the whole animal that has a nature, or a whole plant. Similarly, fire cannot properly be said to have a nature, since it is incapable of being a whole [though is can be said to be "natural"]. Like blood and bone, fire, along with earth, air, and water, is only part of the whole being that has a nature.The ordered whole of the cosmos is the one independent thing in nature that is not an animal or plant.
Well, yeah. The mind is a process. Atoms are processes, organisms are processes, galaxies are processes. No "substance", which is an antiquated term no matter which flavor you choose.‘Soul’ was one term used to translate the Greek ‘psuche’ which lives on as ‘psyche’. ‘Spirit’ originally comes from ‘pneuma’, meaning ‘breath’, or ‘animating principle’. Those terms belong to an earlier world of discourse, but the realities they denote are still real enough. Again, the point of the original post is that through Descartes ‘res cogitans’, ‘mind’ comes to be represented as ‘thinking thing’ or ‘thinking substance’ which I say is an incoherent concept. — Wayfarer
It would seem to me that any change or motion would be a type of process. Is there any type of change or motion that would not count as a process?At times, theoretical work needs to take a more philosophical look at what is mean by change and motion, and so "process." — Count Timothy von Icarus
Doesn't it depend on what the current goal is? Is it useful to think of all living and non-living things as part of one group? If so, when is that the case? Is it useful to think of living things as separate from non-living things? If so, when is that the case?The soul is just the form by which living things are the sort of self-organizing, self-determining, self-generating proper wholes that they are. Some (philosophical) conceptions of science do away with any real distinction between living and non-living things (e.g. "everything is just collocations of atoms"), but most do not. "Soul" is broadly consistent with those that do not, and include some sort of principle of life. — Count Timothy von Icarus
House of Cards?
The most influential critiques of ontological emergence theories target these notions of downward causality and the role that the emergent whole plays with respect to its parts. To the extent that the emergence of a supposedly novel higher - level phenomenon is thought to exert causal influence on the component processes that gave rise to it, we might worry that we risk double - counting the same causal influence, or even falling into a vicious regress error — with properties of parts explaining properties of wholes explaining properties of parts. Probably the most devastating critique of the emergentist enterprise explores these logical problems. This critique was provided by the contemporary American philosopher Jaegwon Kim in a series of articles and monographs in the 1980s and 1990s, and is often considered to be a refutation of ontological (or strong) emergence theories in general, that is, theories that argue that the causal properties of higher - order phenomena cannot be attributed to lower - level components and their interactions. However, as Kim himself points out, it is rather only a challenge to emergence theories that are based on the particular metaphysical assumptions of substance metaphysics (roughly, that the properties of things inhere in their material constitution), and as such it forces us to find another footing for a coherent conception of emergence.
The critique is subtle and complicated, and I would agree that it is devastating for the conception of emergence that it targets. It can be simplified and boiled down to something like this: Assuming that we live in a world without magic (i.e., the causal closure principle, discussed in chapter 1), and that all composite entities like organisms are made of simpler components without residue, down to some ultimate elementary particles, and assuming that physical interactions ultimately require that these constituents and their causal powers (i.e., physical properties) are the necessary substrate for any physical interaction, then whatever causal powers we ascribe to higher - order composite entities must ultimately be realized by these most basic physical interactions. If this is true, then to claim that the cause of some state or event arises at an emergent higher - order level is redundant. If all higher - order causal interactions are between objects constituted by relationships among these ultimate building blocks of matter, then assigning causal power to various higher - order relations is to do redundant bookkeeping. It’s all just quarks and gluons — or pick your favorite ultimate smallest unit — and everything else is a gloss or descriptive simplification of what goes on at that level. As Jerry Fodor describes it, Kim’s challenge to emergentists is: “why is there anything except physics?” 16
The concept at the center of this critique has been a core issue for emergentism since the British emergentists’ first efforts to precisely articulate it. This is the concept of supervenience...
Effectively, Kim’s critique utilizes one of the principal guidelines for mereological analysis: defining parts and wholes in such a way as to exclude the possibility of double - counting. Carefully mapping all causal powers to distinctive non - overlapping parts of things leaves no room to find them uniquely emergent in aggregates of these parts, no matter how they are organized...
Terrance Deacon - Incomplete Nature
This is not meant to suggest that we should appeal to quantum strangeness in order to explain emergent properties, nor would I suggest that we draw quantum implications for processes at human scales. However, it does reflect a problem with simple mereological accounts of matter and causality that is relevant to the problem of emergence.
A straightforward framing of this challenge to a mereological conception of emergence is provided by the cognitive scientist and philosopher Mark Bickhard. His response to this critique of emergence is that the substance metaphysics assumption requires that at base, “particles participate in organization, but do not themselves have organization.” But, he argues, point particles without organization do not exist (and in any case would lead to other absurd consequences) because real particles are the somewhat indeterminate loci of inherently oscillatory quantum fields. These are irreducibly processlike and thus are by definition organized. But if process organization is the irreducible source of the causal properties at this level, then it “cannot be delegitimated as a potential locus of causal power without eliminating causality from the world.” 20 It follows that if the organization of a process is the fundamental source of its causal power, then fundamental reorganizations of process, at whatever level this occurs, should be associated with a reorganization of causal power as well.
Terrance Deacon - Incomplete Nature
Doesn't it depend on what the current goal is? Is it useful to think of all living and non-living things as part of one group? If so, when is that the case? Is it useful to think of living things as separate from non-living things? If so, when is that the case?
not that the universe is contradictory or ill-defined.
Try applying this logic to other questions. Does Iraq really have or not have WMD, or does it depend on what is useful to us? Are there truly substances, things, or does the existence of any thing at all (even the human person) merely depend on our goals? How can we have goals if our existence is itself a question of usefulness? — Count Timothy von Icarus
The problem though, is that the old issue of the One and the Many rears its head here. If everything is a process, in virtue of what is anything also a discrete thing? How is anything any thing at all? Process metaphysics tends towards a singular universal monoprocess. — Count Timothy von Icarus
What I'm saying is that just because we might find some knowledge useful for certain things does not necessarily mean that knowledge contradicts or does not complement other knowledge about other parts of reality. Does genetics contradict biology? Does atomic theory contradict astrophysics? No. They are just descriptions of different levels of reality depending on what it is we are focused on at the moment. Our minds do not have an infinite amount of memory and our senses can only access certain levels of reality (there is a level or reality where lightwaves are to big compared to the objects at the atomic level so the waves never reflect off the objects for us to see them so we use devices like electron microscopes to view the atomic level of reality.)Here is the problem with trying to ground epistemology in "usefulness:" either there are facts about what is useful or there aren't. If nothing is "truly useful," but instead is "useful because we feel it is so," then we have relativism. For the fundamentalist, it is useful to deny evolution for instance. In 1984, it is useful for both citizens and the Party to live by "whatever Big Brother says is true is true." — Count Timothy von Icarus
It appears that it is a common way of thinking of "substance" as being something fundamental. According to the above descriptions, substance would not be fundamental but would simply be what we call a thing that consists of only type of atom or molecule, and atoms are not stuff but are excitations in fields. We abandoned this view of atoms being little billiard balls bouncing around in favor of quantum mechanics that talks about wave functions and superposition. So it appears that science at least has abandoned the idea that substance is something fundamental, in favor of a view that process appears to be fundamental and substances are just a type of process, or relation between certain types of atoms.In the scientific context, the term substance refers to pure matter alone, consisting of only one type of atom or one type of molecule.
— Harry Hindu
That's the point of the OP - that using the term 'substance' mistakenly equates 'being' with 'stuff'. And in the current scientific context, there is no real material ultimate in the sense of a material atom. Atoms are nowadays understood as excitations in fields, the primitive idea of the atom as 'indivisible particle' (that's what the word means, 'not divisible') is long dead, in the age of wave-particle duality.
— Wayfarer
Where in the scientific explanation was the word, "stuff" used, or what makes you believe that "stuff" was implied when "substance" is used? It seems you are projecting a strawman into the description that isn't there.
You solve your own problem by incorporating other scientific knowledge that there is no real material ultimate in the sense of the material atom. If science also says that atoms are excitations in fields then it is not saying that substance is stuff. So your explanation only works if you compartmentalize scientific knowledge, like you just did. But as I said before, the conclusion in one domain of knowledge (or one field of science) should not contradict the conclusions reached in another. All knowledge must be integrated. — Harry Hindu
proposed that we use Spinoza's definition of Substance*1, which seems to describe God as the ultimate Essence : all possible modes of being. If so, then the modern sense of material Substance applies to only a subset of all possible modes. Logical Essence (attributes & modes) is another category of God Stuff that Descartes labelled res cogitans. :smile:Whereas ouisia - being - I instead address via the term "essence". — javra
Good choice. I didn't really notice, until composing this post, the interchangeability of 'essence' and 'substance', but I think the former is far less prone to equivocation. We still use 'essence' (as in, 'the essence of the matter') in a way that is more in line with the earlier use. — Wayfarer
It appears that it is a common way of thinking of "substance" as being something fundamental. According to the above descriptions, substance would not be fundamental but would simply be what we call a thing that consists of only type of atom or molecule, and atoms are not stuff but are excitations in fields. We abandoned this view of atoms being little billiard balls bouncing around in favor of quantum mechanics that talks about wave functions and superposition. So it appears that science at least has abandoned the idea that substance is something fundamental, in favor of a view that process appears to be fundamental and substances are just a type of process, or relation between certain types of atoms.
The epistemic issues raised by multiplicity and ceaseless change are addressed by Aristotle’s distinction between principles and causes. Aristotle presents this distinction early in the Physics through a criticism of Anaxagoras.1 Anaxagoras posits an infinite number of principles at work in the world. Were Anaxagoras correct, discursive knowledge would be impossible. For instance, if we wanted to know “how bows work,” we would have to come to know each individual instance of a bow shooting an arrow, since there would be no unifying principle through which all bows work. Yet we cannot come to know an infinite multitude in a finite time.2
However, an infinite (or practically infinite) number of causes does not preclude meaningful knowledge if we allow that many causes might be known through a single principle (a One), which manifests at many times and in many places (the Many). Further, such principles do seem to be knowable. For instance, the principle of lift allows us to explain many instances of flight, both as respects animals and flying machines. Moreover, a single unifying principle might be relevant to many distinct sciences, just as the principle of lift informs both our understanding of flying organisms (biology) and flying machines (engineering).
For Aristotle, what are “better known to us” are the concrete particulars experienced directly by the senses. By contrast, what are “better known in themselves” are the more general principles at work in the world.3,i Since every effect is a sign of its causes, we can move from the unmanageable multiplicity of concrete particulars to a deeper understanding of the world.ii
For instance, individual insects are what are best known to us. In most parts of the world, we can directly experience vast multitudes of them simply by stepping outside our homes. However, there are 200 million insects for each human on the planet, and perhaps 30 million insect species.4 If knowledge could only be acquired through the experience of particulars, it seems that we could only ever come to know an infinitesimally small amount of what there is to know about insects. However, the entomologist is able to understand much about insects because they understand the principles that are unequally realized in individual species and particular members of those species.iii
Some principles are more general than others. For example, one of the most consequential paradigm shifts across the sciences in the past fifty years has been the broad application of the methods of information theory, complexity studies, and cybernetics to a wide array of sciences. This has allowed scientists to explain disparate phenomena across the natural and social sciences using the same principles. For instance, the same principles can be used to explain both how heart cells synchronize and why Asian fireflies blink in unison.1 The same is true for how the body’s production of lymphocytes (a white blood cell) takes advantage of the same goal-direct “parallel terraced scan” technique developed independently by computer programmers and used by ants in foraging.2
Notably, such unifications are not reductions. Clearly, firefly behavior is not reducible to heart cell behavior or vice versa. Indeed, such unifications tend to be “top-down” explanations, focusing on similarities between systems taken as wholes, as opposed to “bottom-up” explanations that attempts to explain wholes in terms of their parts.i...
At the outset of the second book of the Physics, Aristotle identifies proper beings as those things that are the source of their own production. (i.e. “possessing a nature”). Beings make up a whole—a whole which is oriented towards some end. This definition would seem to exclude mere parts of an organism. For example, a red blood cell is not the source of its own production, nor is it a self-governing whole.
On this view, living things would most fully represent “beings.” By contrast, something like a rock is not a proper being. A rock is a mere bundle of external causes. Moreover, if one breaks a rock in half, one simply has two smaller rocks (i.e., an accidental change). Whereas, if one cuts a cat in half, the cat—as a being—will lose its unity and cease to exist (i.e. death, a substantial change).
There are gradations in the level of unity something can have. Aristotle maintains that substantial change (i.e., the change by which one type of thing becomes another type of thing, e.g. a man becoming a corpse) involves contradictory opposition. That is, a thing is either man or not-man, fish or not-fish. It would not make sense for anything to be “half-man.”i
By contrast, unity involves contrary opposition.1 Things might be more or less unified, and more or less divisible. For instance, a volume of water in a jar is very easy to divide. A water molecule less so. We can think of the living organism as achieving a higher sort of unity, such that its diverse multitude of parts come to be truly unified into a whole through an aim.ii
For Aristotle, unity, “oneness” is the ground for saying that there are any discrete things at all. To say that there is “one duck” requires an ability to recognize a duck as a whole, to have “duck” as a measure. Likewise, to say that there are “three ducks” requires the measure “duck” by which a multitude of wholes is demarcated. Magnitude is likewise defined by unity, since it would not make sense to refer to a “half-foot” or a “quarter-note” without a measure by which a whole foot or note is known.2...
[Organisms are most properly wholes because they are unified by aims. Life is goal-directed.] What then can we say about the ways in which non-living things can be more or less unified? Here, the research on complexity and self-organizing, dissipative systems might be helpful. Consider very large objects such as, stars, nebulae, planets, and galaxies as an example. These are so large that the relatively weak force of gravity allows them to possess a sort of unity. Even if a planet is hit by another planet (our best hypothesis for how our own moon formed), it will reform due to the attractive power of gravity. Likewise, stars, galaxies, etc. have definable “life-cycles,” and represent a sort of “self-organizing system,” even though they are far less self-organizing than organisms. By contrast, a rock has a sort of arbitrary unity (although it does not lack all unity! We can clearly distinguish discrete rocks in a non-arbitrary fashion).
i don't presume to comment on what I have not studied in depth. — Janus
for Spinoza God was not an experiencing subject, not transcendent but immanent, and was the nature of nature itself, — Janus
Martin Heidegger says that the initial interpretation of the word <ousia> was lost in its translation to the Latin. As a consequence it was also lost in its translations to modern languages. He says that <ousia> precisely means ‘being’ - not ‘substance’, that is not some ‘thing’ or some ‘being’ that “stands” (-stance) “under” (sub-).” — Wayfarer
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