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Potentiality and actuality
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"Energeia" redirects here. For other uses, see Energia (disambiguation) and Energy (disambiguation).
"Dunamis" redirects here. For other uses, see Dunamis (disambiguation).
In philosophy, potentiality and actuality[1] are principles of a dichotomy which Aristotle used to analyze motion, causality, ethics, and physiology in his Physics, Metaphysics, Nicomachean Ethics and De Anima, which is about the human psyche.[2]
The concept of potentiality, in this context, generally refers to any "possibility" that a thing can be said to have. Aristotle did not consider all possibilities the same, and emphasized the importance of those that become real of their own accord when conditions are right and nothing stops them.[3] Actuality, in contrast to potentiality, is the motion, change or activity that represents an exercise or fulfillment of a possibility, when a possibility becomes real in the fullest sense.[4]
These concepts, in modified forms, remained very important into the middle ages, influencing the development of medieval theology in several ways. Going further into modern times, while the understanding of nature and, according to some interpretations, deity implied by the dichotomy lost importance, the terminology has found new uses, developing indirectly from the old. This is most obvious in words like "energy" and "dynamic"--words first used in modern physics by the German scientist and philosopher, Gottfried Wilhelm Leibniz. Another example is the biological concept of an "entelechy".
Contents
[hide]
1 Potentiality
2 Actuality
2.1 Energeia
2.2 Entelechy or entelechia
3 Motion
3.1 1. The "process" interpretation
3.2 2. The "product" interpretation
3.3 3. The interpretation of Kosman, Coope, Sachs and others
4 The importance of actuality in Aristotle's philosophy
5 The active intellect
6 Post-Aristotelian usage
6.1 New meanings of energeia or energy
6.2 Neoplatonism
6.3 Essence-energies debate in medieval Christian theology
6.4 Influence on modal logic
6.5 Influence on modern physics
6.6 Entelecheia in modern philosophy and biology
7 See also
8 References
9 Bibliography
9.1 Old translations of Aristotle
Potentiality[edit]
Potentiality and potency are translations of the Ancient Greek word dunamis (δύναμις) as it is used by Aristotle as a concept contrasting with actuality. Its Latin translation is "potentia", root of the English word potential, and used by some scholars instead of the Greek or English variants.
Dunamis is an ordinary Greek word for possibility or capability. Depending on context, it could be translated "potency", "potential", "capacity", "ability", "power", "capability", "strength", "possibility", "force" and is the root of modern English words "dynamic", "dynamite", and "dynamo".[5] In early modern philosophy, English authors like Hobbes and Locke used the English word "power" as their translation of Latin potentia.[6]
In his philosophy, Aristotle distinguished two meanings of the word dunamis. According to his understanding of nature there was both a weak sense of potential, meaning simply that something "might chance to happen or not to happen", and a stronger sense, to indicate how something could be done well. For example, "sometimes we say that those who can merely take a walk, or speak, without doing it as well as they intended, cannot speak or walk". This stronger sense is mainly said of the potentials of living things, although it is also sometimes used for things like musical instruments.[7]
Throughout his works, Aristotle clearly distinguishes things that are stable or persistent, with their own strong natural tendency to a specific type of change, from things that appear to occur by chance. He treats these as having a different and more real existence. "Natures which persist" are said by him to be one of the causes of all things, while natures that do not persist, "might often be slandered as not being at all by one who fixes his thinking sternly upon it as upon a criminal". The potencies which persist in a particular material are one way of describing "the nature itself" of that material, an innate source of motion and rest within that material. In terms of Aristotle's theory of four causes, a material's non-accidental potential, is the material cause of the things that can come to be from that material, and one part of how we can understand the substance (ousia, sometimes translated as "thinghood") of any separate thing. (As emphasized by Aristotle, this requires his distinction between accidental causes and natural causes.)[8] According to Aristotle, when we refer to the nature of a thing, we are referring to the form, shape or look of a thing, which was already present as a potential, an innate tendency to change, in that material before it achieved that form, but things show what they are more fully, as a real thing, when they are "fully at work".[9]
Actuality[edit]
Actuality is often used to translate both energeia (ενέργεια) and entelecheia (ἐντελέχεια) (sometimes rendered in English as "entelechy"). "Actuality" comes from Latin actualitas and is a traditional translation, but its normal meaning in Latin is "anything which is currently happening".
The two words energeia and entelecheia were coined by Aristotle, and he stated that their meanings were intended to converge.[10] In practice, most commentators and translators consider the two words to be interchangeable.[11][12] They both refer to something being in its own type of action or at work, as all things are when they are real in the fullest sense, and not just potentially real. For example, "to be a rock is to strain to be at the center of the universe, and thus to be in motion unless constrained otherwise".[2]
Energeia[edit]
Energeia is a word based upon ἔργον (ergon), meaning "work".[11][13] It is the source of the modern word "energy" but the term has evolved so much over the course of the history of science that reference to the modern term is not very helpful in understanding the original as used by Aristotle. It is difficult to translate his use of energeia into English with consistency. Joe Sachs renders it with the phrase "being–at–work" and says that "we might construct the word is-at-work-ness from Anglo-Saxon roots to translate energeia into English".[14] Aristotle says the word can be made clear by looking at examples rather than trying to find a definition.[15]
Two examples of energeiai in Aristotle's works are pleasure and happiness (eudaimonia). Pleasure is an energeia of the human body and mind whereas happiness is more simply the energeia of a human being a human.[16]
Kinesis, translated as movement, motion, or in some contexts change, is also explained by Aristotle as a particular type of energeia. See below.
Entelechy or entelechia[edit]
Entelechy, in Greek entelécheia, was coined by Aristotle and transliterated in Latin as entelechia. According to Sachs (1995, p. 245):
Aristotle invents the word by combining entelēs (ἐντελής, "complete, full-grown") with echein (= hexis, to be a certain way by the continuing effort of holding on in that condition), while at the same time punning on endelecheia (ἐνδελέχεια, "persistence") by inserting "telos" (τέλος, "completion"). This is a three-ring circus of a word, at the heart of everything in Aristotle's thinking, including the definition of motion.
Sachs therefore proposed a complex neologism of his own, "being-at-work-staying-the-same".[17] Another translation in recent years is "being-at-an-end" (which Sachs has also used).[2]
Entelecheia, as can be seen by its derivation, is a kind of completeness, whereas "the end and completion of any genuine being is its being-at-work" (energeia). The entelecheia is a continuous being-at-work (energeia) when something is doing its complete "work". For this reason, the meanings of the two words converge, and they both depend upon the idea that every thing's "thinghood" is a kind of work, or in other words a specific way of being in motion. All things that exist now, and not just potentially, are beings-at-work, and all of them have a tendency towards being-at-work in a particular way that would be their proper and "complete" way.[17]
Sachs explains the convergence of energeia and entelecheia as follows, and uses the word actuality to describe the overlap between them:[2]
Just as energeia extends to entelecheia because it is the activity which makes a thing what it is, entelecheia extends to energeia because it is the end or perfection which has being only in, through, and during activity.
Motion[edit]
Aristotle discusses motion (kinēsis) in his Physics quite differently from modern science. Aristotle's definition of motion is closely connected to his actuality-potentiality distinction. Taken literally, Aristotle defines motion as the actuality (entelecheia) of a "potentiality as such".[18] What Aristotle meant however is the subject of several different interpretations. A major difficulty comes from the fact that the terms actuality and potentiality, linked in this definition, are normally understood within Aristotle as opposed to each other. On the other hand, the "as such" is important and is explained at length by Aristotle, giving examples of "potentiality as such". For example, the motion of building is the energeia of the dunamis of the building materials as building materials as opposed to anything else they might become, and this potential in the unbuilt materials is referred to by Aristotle as "the buildable". So the motion of building is the actualization of "the buildable" and not the actualization of a house as such, nor the actualization of any other possibility which the building materials might have had.[19]
Building materials have different potentials.
One is that they can be built with. Building is one motion that had been a potential in the building material.
So it is the energeia or putting into action, of the building materials as building materials A house is built, and no longer moving
In an influential 1969 paper Aryeh Kosman divided up previous attempts to explain Aristotle's definition into two types, criticised them, and then gave his own third interpretation. While this has not become a consensus, it has been described as having become "orthodox".[20] This and similar more recent publications are the basis of the following summary.
1. The "process" interpretation[edit]
Kosman (1969) and Coope (2009) associate this approach with W.D. Ross. Sachs (2005) points out that it was also the interpretation of Averroes and Maimonides.
This interpretation is, to use the words of Ross that "it is the passage to actuality that is kinesis” as opposed to any potentiality being an actuality.[21]
The argument of Ross for this interpretation requires him to assert that Aristotle actually used his own word entelecheia wrongly, or inconsistently, only within his definition, making it mean "actualization", which is in conflict with Aristotle's normal use of words. According to Sachs (2005) this explanation also can not account for the "as such" in Aristotle's definition.
2. The "product" interpretation[edit]
Sachs (2005) associates this interpretation with St Thomas of Aquinas and explains that by this explanation "the apparent contradiction between potentiality and actuality in Aristotle’s definition of motion" is resolved "by arguing that in every motion actuality and potentiality are mixed or blended". Motion is therefore "the actuality of any potentiality insofar as it is still a potentiality". Or in other words:
The Thomistic blend of actuality and potentiality has the characteristic that, to the extent that it is actual it is not potential and to the extent that it is potential it is not actual; the hotter the water is, the less is it potentially hot, and the cooler it is, the less is it actually, the more potentially, hot.
As with the first interpretation however, Sachs (2005) objects that:
One implication of this interpretation is that whatever happens to be the case right now is an entelechia, as though something that is intrinsically unstable as the instantaneous position of an arrow in flight deserved to be described by the word that everywhere else Aristotle reserves for complex organized states that persist, that hold out against internal and external causes that try to destroy them.
In a more recent paper on this subject, Kosman associates the view of Aquinas with those of his own critics, David Charles, Jonathan Beere, and Robert Heineman.[22]
3. The interpretation of Kosman, Coope, Sachs and others[edit]
Sachs (2005), amongst other authors (such as Aryeh Kosman and Ursula Coope), proposes that the solution to problems interpreting Aristotle's definition must be found in the distinction Aristotle makes between two different types of potentiality, with only one of those corresponding to the "potentiality as such" appearing in the definition of motion. He writes:
The man with sight, but with his eyes closed, differs from the blind man, although neither is seeing. The first man has the capacity to see, which the second man lacks. There are then potentialities as well as actualities in the world. But when the first man opens his eyes, has he lost the capacity to see? Obviously not; while he is seeing, his capacity to see is no longer merely a potentiality, but is a potentiality which has been put to work. The potentiality to see exists sometimes as active or at-work, and sometimes as inactive or latent.
Coming to motion, Sachs gives the example of a man walking across the room and says that...
"Once he has reached the other side of the room, his potentiality to be there has been actualized in Ross’ sense of the term". This is a type of energeia. However it is not a motion, and not relevant to the definition of motion.
While a man is walking his potentiality to be on the other side of the room is actual just as a potentiality, or in other words the potential as such is an actuality. "The actuality of the potentiality to be on the other side of the room, as just that potentiality, is neither more nor less than the walking across the room."
Sachs (1995, pp. 78–79), in his commentary of Aristotle's Physics book III gives the following results from his understanding of Aristotle's definition of motion:
The genus of which motion is a species is being-at-work-staying-itself (entelecheia), of which the only other species is thinghood. The being-at-work-staying-itself of a potency (dunamis), as material, is thinghood. The being-at-work-staying-the-same of a potency as a potency is motion.
The importance of actuality in Aristotle's philosophy[edit]
The actuality-potentiality distinction in Aristotle is a key element linked to everything in his physics and metaphysics.[23]
A marble block in Carrara. Could there be a particular sculpture already existing in it as a potentiality? Aristotle wrote approvingly of such ways of talking, and felt it reflected a type of causation in nature which is often ignored in scientific discussion.
Aristotle describes potentiality and actuality, or potency and action, as one of several distinctions between things that exist or do not exist. In a sense, a thing that exists potentially does not exist, but the potential does exist. And this type of distinction is expressed for several different types of being within Aristotle's categories of being. For example, from Aristotle's Metaphysics, 1017a:[24]
We speak of an entity being a "seeing" thing whether it is currently seeing or just able to see.
We speak of someone having understanding, whether they are using that understanding or not.
We speak of corn existing in a field even when it is not yet ripe.
People sometimes speak of a figure being already present in a rock which could be sculpted to represent that figure.
Within the works of Aristotle the terms energeia and entelecheia, often translated as actuality, differ from what is merely actual because they specifically presuppose that all things have a proper kind of activity or work which, if achieved, would be their proper end. Greek for end in this sense is telos, a component word in entelecheia (a work that is the proper end of a thing) and also teleology. This is an aspect of Aristotle's theory of four causes and specifically of formal cause (eidos, which Aristotle says is energeia[25]) and final cause (telos).
In essence this means that Aristotle did not see things as matter in motion only, but also proposed that all things have their own aims or ends. In other words, for Aristotle (unlike modern science) there is a distinction between things with a natural cause in the strongest sense, and things that truly happen by accident. He even says that for any possibility (dunamis) to be become real and not just possible, requires reason, and desire or deliberate choice.[26] Because of this style of reasoning, Aristotle is often referred to as having a teleology, and sometimes as having a theory of forms.
While actuality is linked by Aristotle to his concept of a formal cause, potentiality (or potency) on the other hand, is linked by Aristotle to his concepts of hylomorphic matter and material cause. Aristotle wrote for example that "matter exists potentially, because it may attain to the form; but when it exists actually, it is then in the form".[27]
The active intellect[edit]
Main article: Active Intellect
The active intellect was a concept Aristotle described that requires an understanding of the actuality-potentiality dichotomy. Aristotle described this in his De Anima (book 3, ch. 5, 430a10-25) and covered similar ground in his Metaphysics (book 12, ch.7-10). The following is from the De Anima, translated by Joe Sachs,[28] with some parenthetic notes about the Greek. The passage tries to explain "how the human intellect passes from its original state, in which it does not think, to a subsequent state, in which it does." He inferred that the energeia/dunamis distinction must also exist in the soul itself:[29]-
...since in nature one thing is the material [hulē] for each kind [genos] (this is what is in potency all the particular things of that kind) but it is something else that is the causal and productive thing by which all of them are formed, as is the case with an art in relation to its material, it is necessary in the soul [psuchē] too that these distinct aspects be present;
the one sort is intellect [nous] by becoming all things, the other sort by forming all things, in the way an active condition [hexis] like light too makes the colors that are in potency be at work as colors [to phōs poiei ta dunamei onta chrōmata energeiai chrōmata].
This sort of intellect is separate, as well as being without attributes and unmixed, since it is by its thinghood a being-at-work, for what acts is always distinguished in stature above what is acted upon, as a governing source is above the material it works on.
Knowledge [epistēmē], in its being-at-work, is the same as the thing it knows, and while knowledge in potency comes first in time in any one knower, in the whole of things it does not take precedence even in time.
This does not mean that at one time it thinks but at another time it does not think, but when separated it is just exactly what it is, and this alone is deathless and everlasting (though we have no memory, because this sort of intellect is not acted upon, while the sort that is acted upon is destructible), and without this nothing thinks.
This has been referred to as one of "the most intensely studied sentences in the history of philosophy".[29] In the Metaphysics, Aristotle wrote at more length on a similar subject and is often understood to have equated the active intellect with being the "unmoved mover" and God. Nevertheless, as Davidson remarks:
Just what Aristotle meant by potential intellect and active intellect - terms not even explicit in the De anima and at best implied - and just how he understood the interaction between them remains moot to this day. Students of the history of philosophy continue to debate Aristotle's intent, particularly the question whether he considered the active intellect to be an aspect of the human soul or an entity existing independently of man.[29]
Post-Aristotelian usage[edit]
New meanings of energeia or energy[edit]
Already in Aristotle's own works, the concept of a distinction between energeia and dunamis was used in many ways, for example to describe the way striking metaphors work,[30] or human happiness. Polybius about 150 BC, in his work the Histories uses Aristotle's word energeia in both an Aristotelian way and also to describe the "clarity and vividness" of things.[31] Diodorus Siculus in 60-30 BC used the term in a very similar way to Polybius. However Diodorus uses the term to denote qualities unique to individuals. Using the term in ways that could translated as "vigor" or "energy" (in a more modern sense); for society, "practice" or "custom"; for a thing, "operation" or "working"; like vigor in action.[32]
Neoplatonism[edit]
Plotinus was a late classical pagan philosopher and theologian whose monotheistic re-workings of Plato and Aristotle were influential amongst early Christian theologians. In his Enneads he sought to reconcile ideas of Aristotle and Plato together with a form of monotheism, that used three fundamental metaphysical principles, which were conceived of in terms consistent with Aristotle's energeia/dunamis dichotomy, and one interpretation of his concept of the Active Intellect (discussed above):-
The Monad or "the One" sometimes also described as "the Good". This is the dunamis or possibility of existence.
The Intellect, or Intelligence, or, to use the Greek term, Nous, which is described as God, or a Demiurge. It thinks its own contents, which are thoughts, equated to the Platonic ideas or forms (eide). The thinking of this Intellect is the highest activity of life. The actualization of this thinking is the being of the forms. This Intellect is the first principle or foundation of existence. The One is prior to it, but not in the sense that a normal cause is prior to an effect, but instead Intellect is called an emanation of the One. The One is the possibility of this foundation of existence.
Soul or, to use the Greek term, psyche. The soul is also an energeia: it acts upon or actualizes its own thoughts and creates "a separate, material cosmos that is the living image of the spiritual or noetic Cosmos contained as a unified thought within the Intelligence".
This was based largely upon Plotinus' reading of Plato, but also incorporated many Aristotelian concepts, including the Unmoved Mover as energeia.[33]
Essence-energies debate in medieval Christian theology[edit]
For more details on this topic, see Essence-Energies distinction.
In Eastern Orthodox Christianity, St Gregory Palamas wrote about the "energies" (actualities; singular energeia in Greek, or actus in Latin) of God in contrast to God's "essence" (ousia). These are two distinct types of existence, with God's energy being the type of existence which people can perceive, while the essence of God is outside of normal existence or non-existence or human understanding, in that it is not caused or created by anything else.
Palamas gave this explanation as part of his defense of the Eastern Orthodox ascetic practice of hesychasm. Palamism became a standard part of Orthodox dogma after 1351.[34]
In contrast, the position of Western Medieval (or Catholic) Christianity, can be found for example in the philosophy of Thomas Aquinas, who relied on Aristotle's concept of entelechy, when he defined God as actus purus, pure act, actuality unmixed with potentiality. The existence of a truly distinct essence of God which is not actuality, is not generally accepted in Catholic Theology.
Influence on modal logic[edit]
The notion of possibility was greatly analyzed by medieval and modern philosophers. Aristotle's logical work in this area is considered by some to be an anticipation of modal logic and its treatment of potentiality and time. Indeed, many philosophical interpretations of possibility are related to a famous passage on Aristotle's On Interpretation, concerning the truth of the statement: "There will be a sea battle tomorrow".[35]
Contemporary philosophy regards possibility, as studied by modal metaphysics, to be an aspect of modal logic. Modal logic as a named subject owes much to the writings of the Scholastics, in particular William of Ockham and John Duns Scotus, who reasoned informally in a modal manner, mainly to analyze statements about essence and accident.
Influence on modern physics[edit]
Aristotle's metaphysics, his account of nature and causality, was for the most part rejected by the early modern philosophers. Francis Bacon in his Novum Organon in one explanation of the case for rejecting the concept of a formal cause or "nature" for each type of thing, argued for example that philosophers must still look for formal causes but only in the sense of "simple natures" such as colour, and weight, which exist in many gradations and modes in very different types of individual bodies.[36] In the works of Thomas Hobbes then, the traditional Aristotelian terms, "potentia et actus", are discussed, but he equates them simply to "cause and effect".[37]
Gottfried Wilhelm von Leibniz, the source of the modern adaptations of Aristotle's concepts of potentiality and actuality.
There was an adaptation of at least one aspect of Aristotle's potentiality and actuality distinction, which has become part of modern physics, although as per Bacon's approach it is a generalized form of energy, not one connected to specific forms for specific things. The definition of energy in modern physics as the product of mass and the square of velocity, was derived by Leibniz, as a correction of Descartes, based upon Galileo's investigation of falling bodies. He preferred to refer to it as an entelecheia or "living force" (Latin vis viva), but what he defined is today called "kinetic energy", and was seen by Leibniz as a modification of Aristotle's energeia, and his concept of the potential for movement which is in things. Instead of each type of physical thing having its own specific tendency to a way of moving or changing, as in Aristotle, Leibniz said that instead, force, power, or motion itself could be transferred between things of different types, in such a way that there is a general conservation of this energy. In other words, Leibniz's modern version of entelechy or energy obeys its own laws of nature, whereas different types of things do not have their own separate laws of nature.[38] Leibniz wrote:[39]
...the entelechy of Aristotle, which has made so much noise, is nothing else but force or activity ; that is, a state from which action naturally flows if nothing hinders it. But matter, primary and pure, taken without the souls or lives which are united to it, is purely passive ; properly speaking also it is not a substance, but something incomplete.
Leibniz's study of the "entelechy" now known as energy was a part of what he called his new science of "dynamics", based on the Greek word dunamis and his understanding that he was making a modern version of Aristotle's old dichotomy. He also referred to it as the "new science of power and action", (Latin "potentia et effectu" and "potentia et actione"). And it is from him that the modern distinction between statics and dynamics in physics stems. The emphasis on dunamis in the name of this new science comes from the importance of his discovery of potential energy which is not active, but which conserves energy nevertheless. "As 'a science of power and action', dynamics arises when Leibniz proposes an adequate architectonic of laws for constrained, as well as unconstrained, motions."[40]
For Leibniz, like Aristotle, this law of nature concerning entelechies was also understood as a metaphysical law, important not only for physics, but also for understanding life and the soul. A soul, or spirit, according to Leibniz, can be understood as a type of entelechy (or living monad) which has distinct perceptions and memory.
Entelecheia in modern philosophy and biology[edit]
As discussed above, terms derived from dunamis and energeia have become parts of modern scientific vocabulary with a very different meaning from Aristotle's. The original meanings are not used by modern philosophers unless they are commenting on classical or medieval philosophy. In contrast, entelecheia, in the form of "entelechy" is a word used much less in technical senses in recent times.
As mentioned above, the concept had occupied a central position in the metaphysics of Leibniz, and is closely related to his monad in the sense that each sentient entity contains its own entire universe within it. But Leibniz' use of this concept influenced more than just the development of the vocabulary of modern physics. Leibniz was also one of the main inspirations for the important movement in philosophy known as German Idealism, and within this movement and schools influenced by it entelechy may denote a force propelling one to self-fulfillment.
In the biological vitalism of Hans Driesch, living things develop by entelechy, a common purposive and organising field. Leading vitalists like Driesch argued that many of the basic problems of biology cannot be solved by a philosophy in which the organism is simply considered a machine.[41] Aspects and applications of the concept of entelechy have been explored by the American critic and philosopher Kenneth Burke (1897–1993) whose concept of the "terministic screens" illustrates his thought on the subject.
In the 20th Century, the German physicist Werner Heisenberg, one of the originators of quantum mechanics, looked to the notions of potentiality and actuality in order to better understand the relationship of quantum theory, later fully formalized by John von Neumann, to the world.[42]
See also[edit]
Actual infinity
Actus purus
Alexander of Aphrodisias
Essence–Energies distinction
First cause
Henosis
Hylomorphism
Hypokeimenon
Hypostasis (philosophy and religion)
Sumbebekos
Theosis
Unmoved movers
References[edit]
Jump up ^ dynamis–energeia, translated into Latin as potentia–actualitas (earlier also possibilitas–efficacia). Giorgio Agamben, Opus Dei: An Archaeology of Duty (2013), p. 46.
^ Jump up to: a b c d Sachs (2005)
Jump up ^ Sachs (1999, p. lvii).
Jump up ^ Durrant (1993, p. 206)
Jump up ^ See Perseus dictionary references for dunamis.
Jump up ^ Locke (1689, chpt. XXI)
Jump up ^ Metaphysics 1019a - 1019b. The translations used are those of Tredennick on the Perseus project.
Jump up ^ From Physics 192a18. Translation from Sachs (1995, p. 45)
Jump up ^ Physics 193b. (Sachs (1995, p. 51).)
Jump up ^ Metaphysics 1047a30, in the Sachs (1999) translation: "the phrase being-at-work, which is designed to converge in meaning with being-at-work-staying-complete". Greek is: ἐλήλυθε δ᾽ ἡ ἐνέργεια τοὔνομα, ἡ πρὸς τὴν ἐντελέχειαν συντιθεμένη
^ Jump up to: a b Bradshaw (2004) page 13
Jump up ^ Durrant (1993, p. 201)
Jump up ^ Metaphysics 1050a21-23. In Tredinnick's translation: "For the activity is the end, and the actuality (energeia) is the activity (ergon); hence the term "actuality" is derived from "activity," and tends to have the meaning of "complete reality (entelecheia)." Greek: τὸ γὰρ ἔργον τέλος, ἡ δὲ ἐνέργεια τὸ ἔργον, διὸ καὶ τοὔνομα ἐνέργεια λέγεται κατὰ τὸ ἔργον καὶ συντείνει πρὸς τὴν ἐντελέχειαν.
Jump up ^ Sachs (1995), Sachs (1999), Sachs (2005)
Jump up ^ Metaphysics 1048a30ff.
Jump up ^ Nicomachean Ethics, Book X. Chapters 1–5.
^ Jump up to: a b Sachs (1995)
Jump up ^ Physics 201a10-11, 201a27-29, 201b4-5. Metaphysics Book VII.
Jump up ^ Metaphysics Book XI, 1066a.
Jump up ^ Trifogli, Cecilia (2000), Oxford Physics in the Thirteenth Century (ca. 1250-1270): Motion, Infinity, Place & Time, Brill, p. 8, ISBN 9004116575
Jump up ^ Physics, text with commentary, London, 1936, p. 359, quoted by Sachs (2005).
Jump up ^ Kosman (2013), chapter 2, footnote 19.
Jump up ^ Sachs (1995:245).
Jump up ^ Tredennick's translation, with links to his footnote cross references, using the Perseus online resources: "For we say that both that which sees potentially and that which sees actually is "a seeing thing." And in the same way we call "understanding" both that which can use the understanding, and that which does ; and we call "tranquil" both that in which tranquillity is already present, and that which is potentially tranquil. Similarly too in the case of substances. For we say that Hermes is in the stone, (Cf. Aristotle Met. 3.5.6.) and the half of the line in the whole; and we call "corn" what is not yet ripe. But when a thing is potentially existent and when not, must be defined elsewhere." Aristotle Metaphysics 9.9.
Jump up ^ Metaphysics 1050b. Greek: ὥστε φανερὸν ὅτι ἡ οὐσία καὶ τὸ εἶδος ἐνέργειά ἐστιν.
Jump up ^ Metaphysics 1048a. The Greek words are orexis for desire and proairesis for deliberate choice.
Jump up ^ Metaphysics 1050a15. Greek: ἔτι ἡ ὕλη ἔστι δυνάμει ὅτι ἔλθοι ἂν εἰς τὸ εἶδος: ὅταν δέ γε ἐνεργείᾳ ᾖ, τότε ἐν τῷ εἴδει ἐστίν
Jump up ^ Sachs (2001)
^ Jump up to: a b c Davidson (1992), p. 3
Jump up ^ Rhetoric 1411b
Jump up ^ Bradshaw (2004, p. 51)
Jump up ^ Bradshaw (2004, p. 55)
Jump up ^ See Moore, Edward, "Plotinus", Internet Encyclopedia of Philosophy and Gerson, Lloyd, "Plotinus", Stanford Encyclopedia of Philosophy . The direct quote above comes from Moore.
Jump up ^ "Gregory Palamas: An Historical Overview". Archived from the original on 2011-09-27. Retrieved 2010-12-27.
Jump up ^ See copy of W.D. Ross's translation scanned on Internet Archive.
Jump up ^ Book II, aphorism V
Jump up ^ De Corpore chapter X (in Latin; in English).
Jump up ^ Klein (1985), and Sachs (2005): "Leibniz, who criticized Descartes’ physics and invented a science of dynamics, explicitly acknowledged his debt to Aristotle (see, e.g., Specimen Dynamicum), whose doctrine of entelecheia he regarded himself as restoring in a modified form. From Leibniz we derive our current notions of potential and kinetic energy, whose very names, pointing to the actuality which is potential and the actuality which is motion, preserve the Thomistic resolutions of the two paradoxes in Aristotle’s definition of motion."
Jump up ^ Leibniz (1715, p. 234)
Jump up ^ Duchesneau (1998)
Jump up ^ Mayr (2002)
Jump up ^ See Jaeger
Bibliography[edit]
Aristotle (1999), Aristotle's Metaphysics, a new translation by Joe Sachs, Santa Fe, NM: Green Lion Books, ISBN 1-888009-03-9
Beere, Jonathan (1990), Doing and Being: An interpretation of Aristotle's Metaphysics Theta, Oxford
Bradshaw, David (2004). Aristotle East and West: Metaphysics and the Division of Christendom. Cambridge University Press. ISBN 978-0-521-82865-9.
Charles, David (1984), Aristotle's Philosophy of Action, Duckworth
Coope, Ursula (2009), "Change and its Relation to Actuality and Potentiality", in Anagnostopoulos, Georgios, A Companion to Aristotle, Blackwell, p. 277, ISBN 9781444305678
Davidson, Herbert (1992), Alfarabi, Avicenna, and Averroes, on Intellect, Oxford University Press
Duchesneau, François (1998), "Leibniz's Theoretical Shift in the Phoranomus and Dynamica de Potentia", Perspectives on Science, 6 (1&2): 77–109
Durrant, Michael (1993). Aristotle's De Anima in Focus. Taylor & Francis. ISBN 978-0-415-05340-2.
Klein, Jacob (1985), "Leibnitz, an Introduction", Lectures and Essays, St Johns College Press
Kosman, Aryeh (1969), "Aristotle's Definition of Motion", Phronesis, 14 (1): 40–62, doi:10.1163/156852869x00037
Kosman, Aryeh (2013), The Activity of Being: an Essay on Aristotle's Ontology, Harvard University Press
Heinaman, Robert (1994), "Is Aristotle's definition of motion circular?", Apeiron (27)
Leibniz, Gottfried (1890) [1715], "On the Doctrine of Malebranche. A Letter to M. Remond de Montmort, containing Remarks on the Book of Father Tertre against Father Malebranche", The Philosophical Works of Leibnitz, p. 234
Locke, John (1824) [1689], "Book II Chapter XXI "Of Power"", An Essay concerning Human Understanding and Other Writings, Part 2, The Works of John Locke in Nine Volumes, 2 (12th ed.), Rivington
Mayr Ernst (2002) The Walter Arndt Lecture: The Autonomy of Biology, adapted for the internet, on [1]
Sachs, Joe (1995), Aristotle's Physics: a Guided Study, Rutgers University Press
Sachs, Joe (1999), Aristotle's Metaphysics, a New Translation by Joe Sachs, Santa Fe, NM: Green Lion Books, ISBN 1-888009-03-9
Sachs, Joe (2001), Aristotle's On the Soul and On Memory and Recollection, Green Lion Books
Sachs, Joe (2005), "Aristotle: Motion and its Place in Nature", Internet Encyclopedia of Philosophy
Warnock, Mary (1950). "A Note on Aristotle: Categories 6a 15". Mind. New Series (59).
Old translations of Aristotle[edit]
Aristotle (2009). "The Internet Classics Archive - Aristotle On the Soul, J.A. Smith translator". MIT.
Aristotle (2009). "The Internet Classics Archive - Aristotle Categories, E.M. Edghill translator". MIT.
Aristotle (2009). "The Internet Classics Archive - Aristotle Physics, R.P. Hardie & Gaye, R.K. translators". MIT.
Aristotle (1908). Metaphysica translated by W.D. Ross. The Works of Aristotle. VIII. Oxford: Clarendon Press.
Aristotle (1989). "Metaphysics, Hugh Tredennick trans.". Aristotle in 23 Volumes. 17, 18. Cambridge: Harvard University Press; (London: William Heinemann Ltd.). This 1933 translation is reproduced online at the Perseus Project.
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Tarapur Atomic Power Station
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Tarapur Atomic Power Station
Model of the Tarapur Atomic Power Station
Location of Tarapur Atomic Power Station
Country
India
Location
Tarapur, Palghar district, Maharashtra
Coordinates
19°49′44.33″N 72°39′40.34″E / 19.8289806°N 72.6612056°E / 19.8289806; 72.6612056Coordinates: 19°49′44.33″N 72°39′40.34″E / 19.8289806°N 72.6612056°E / 19.8289806; 72.6612056
Status
Operational
Construction began
1961
Commission date
28 October 1969
Operator(s)
Nuclear Power Corporation of India
Nuclear power station
Reactor type
2 × BWR
2 × PHWR
Power generation
Units operational
2 × 160 MW
2 × 540 MW
Nameplate capacity
1400 MW
Capacity factor
39.4%
Annual net output
4,829 GW·h
Tarapur Atomic Power Station (T.A.P.S.) is located in Tarapur, Palghar, India.Tarapur is the largest nuclear power station in India. It was constructed initially with two boiling water reactor (BWR) units by Bechtel and GE under the 1963 123 Agreement between India, the United States, and the International Atomic Energy Agency (IAEA). Units 1 and 2 were brought online for commercial operation on 28 October 1969 with an initial power of 210 MW of electricity, later on this was reduced to 160 MW due to technical difficulties.[1] These were the first of their kind in Asia. More recently, an additional two pressurised heavy water reactor (PHWR) units of 540 MW each were constructed by L&T and Gammon India, seven months ahead of schedule and well within the original cost estimates. Unit 3 was brought online for commercial operation on 18 August 2006, and unit 4 on 12 September 2005.[1]
Contents
[hide]
1 History
2 Safety concerns
3 See also
4 References
History[edit]
With a total capacity of 1400 MW, Tarapur is the largest nuclear power station in India. The facility is operated by the NPCIL (Nuclear Power Corporation of India).
The personnel operating the power plant live in a residential complex called T. A. P. S. colony, 19°48′58″N 72°44′35″E / 19.816°N 72.743°E / 19.816; 72.743 which is a fifteen-minute drive from Boisar, the nearest railway station. The residential complex was also constructed by Bechtel to house both Indian and American employees. Due to this, the residential complex had a very Indian small-town look, with neat sidewalks, spacious houses, a club with tennis courts, swimming pool, a commissary etc. While the original American residents have long gone, the colony continues to thrive.
In 1974 after India conducted Smiling Buddha, its first nuclear weapons test the USA chose to no longer honor its agreement to supply the plant with enriched uranium. Nuclear fuel for TAPS has subsequently been delivered from France, China and Russia under IAEA safeguards.[2]
The residential colony now features 3 central schools run under Atomic Energy Education Society (AEES). The local beach at Chinchani is approximately 7 kilometres (4.3 mi) from the colony.
Safety concerns[edit]
The Boiling water reactors (BWRs) at Tarapur 1 and 2 units are similar to the reactors involved in the Fukushima Daiichi nuclear disaster. The reactors' age and old design have raised safety concerns and according to one local leader, the two reactors had in 2011 already been in operation for 16 years more than their design lives.[3]
In 2007, Atomic Energy Regulatory Board (AERB) evaluated seismic safety features at Tarapur 1 and 2 and reported many shortfalls, following which NPCIL installed seismic sensors.[4] In 2011, AERB formed a 10-member committee, consisting of experts from Indian Institutes of Technology (IIT) and India Meteorological Department (IMD), to assess the vulnerability of the Tarapur to earthquakes and tsunamis.[5] A. Gopalakrishnan, former director of AERB, said that Tarapur 1 and 2 reactors are much older than the reactors involved in the Fukushima nuclear accident and argued that they should be immediately decommissioned.[6]
See also[edit]
Maharashtra portal
Energy portal
Nuclear technology portal
Wikimedia Commons has media related to Tarapur Atomic Power Station.
Nuclear power in India
Template:India nuke plant map
List of Indian Nuclear Reactors
References[edit]
^ Jump up to: a b "Plants Under Operation - Nuclear Power Corporation of India Limited". Retrieved 20 April 2015.
Jump up ^ "Tarapur Atomic Power Station (TAPS)". Nuclear Threat Initiative. 2003-09-01. Retrieved 2017-02-18.
Jump up ^ O'Halloran, Julian (2011-04-27). "Fears rise in India of Fukushima-style nuclear disaster". BBC News. Retrieved 20 April 2015.
Jump up ^ "Atomic Energy Regulatory Board not quite subatomic". timesofindia-economictimes. Retrieved 20 April 2015.
Jump up ^ "AERB committee forms sub-group to carry Tarapur plant audit". Retrieved 20 April 2015.
Jump up ^ Doubts raised on Tarapur nuclear plant’s safety[dead link]
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