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للاشتراك في (قناة العلم والإيمان): واتساب - يوتيوب

شاهد أكثر
شاهد أقل

verry argent ; help please

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  • verry argent ; help please

    بسم الله الرحمن الرحيم اللهم صل على محمد وآل محمد.
    dear brothers and sisters...today when I felt that I needed for help I haven't think by somebody else so please if any body can find for me some information with a photo about one or more of the arab history makers: a scientist >please please I need it
    verry soon. thanks for you all. with my complments.
    [line]
    fidaa
    والسلام عليكم ورحمة الله وبركاته

  • #2
    For the time being consult this website :

    http://www.levity.com/alchemy/islam12.html

    http://www.nlm.nih.gov/exhibition/islamic_medical/islamic_06.html


    I will drop by the topic later on in shaa Allah

    But

    If you have a specefic scientist write his name and i will search for info about him..

    التعديل الأخير تم بواسطة في ثار الزهراء; الساعة 20-11-2005, 04:12 PM.

    تعليق


    • #3

      http://www.muslimphilosophy.com/ip/rep/H021.htm



      Al-Farabi, Abu Nasr (c.870-950)

      Al-Farabi was known to the Arabs as the 'Second Master' (after Aristotle), and with good reason. It is unfortunate that his name has been overshadowed by those of later philosophers such as Ibn Sina, for al-Farabi was one of the world's great philosophers and much more original than many of his Islamic successors. A philosopher, logician and musician, he was also a major political scientist.
      Al-Farabi has left us no autobiography and consequently, relatively little is known for certain about his life. His philosophical legacy, however, is large. In the arena of ************physics he has been designated the 'Father of Islamic Neoplatonism', and while he was also saturated with Aristotelianism and certainly deploys the vocabulary of Aristotle, it is this Neoplatonic dimension which dominates much of his corpus. This is apparent in his most famous work, al-Madina al-fadila (The Virtuous City) which, far from being a copy or a clone of Plato's Republic, is imbued with the Neoplatonic concept of God. Of course, al-Madina al-fadila has undeniable Platonic elements but its theology, as opposed to its politics, places it outside the mainstream of pure Platonism.
      In his admittedly complex theories of epistemology, al-Farabi has both an Aristotelian and Neoplatonic dimension, neither of which is totally integrated with the other. His influence was wide and extended not only to major Islamic philosophers such as Ibn Sina who came after him, and to lesser mortals such as Yahya ibn 'Adi, al-Sijistani, al-'Amiri and al-Tawhidi, but also to major thinkers of Christian medi************ Europe including Thomas Aquinas.[LIST=1][*]Life and works[*]************physics[*]Epistemology[*]Political philosophy[*]Influence[/LIST]1. Life and works

      Abu Nasr Muhammad ibn Muhammad ibn Tarkhan ibn Awzalagh al-Farabi was born in approximately ah 257/ad 870. He may rightly be acclaimed as one of the greatest of Islamic philosophers of all time. While his name tends to be overshadowed by that of Ibn Sina, it is worth bearing in mind that the latter was less original than the former. Indeed, a well-known story tells how Ibn Sina sought in vain to understand Aristotle's ************physics, and it was only through a book by al-Farabi on the intentions of the ************physics that understanding finally came to him. However, unlike Ibn Sina, al-Farabi has left us no autobiography and we know far less about his life in consequence. Considerable myth has become attached to the man: it is unlikely, for example, that he really spoke more than seventy languages, and we may also query his alleged ascetic lifestyle. We do know that he was born in Turkestan and later studied Arabic in Baghdad; it has been claimed that most of his books were written here. He travelled to Damascus, Egypt, Harran and Aleppo, and in the latter city the Hamdanid ruler Sayf al-Dawla became his patron. Even the circumstances of his death are not clear: some accounts portray him dying naturally in Damascus while at least one holds that he was mugged and killed on the road from Damascus to Ascalon.
      Al-Farabi became an expert in philosophy and logic, and also in music: one of his works is entitled Kitab al-musiqa al-kabir (The Great Book of Music). However, perhaps the book for which he is best known is that whose title is abbreviated to al-Madina al-fadila (The Virtuous City), and which is often compared, misleadingly in view of its Neoplatonic orientation, to Plato's Republic. Other major titles from al-Farabi's voluminous corpus included the Risala fi'l-'aql (Epistle on the Intellect), Kitab al-huruf (The Book of Letters) and Kitab ihsa' al-'ulum (The Book of the Enumeration of the Sciences).
      2. ************physics

      Majid Fakhry (1983) has described al-Farabi as 'the founder of Arab Neo-Platonism and the first major figure in the history of that philosophical movement since Proclus'. This should be borne in mind as we survey the ************physics of the philosopher whom the Latin Middle Ages knew as Abunaser and whom the Arabs designated the 'Second Master' (after Aristotle). It should be noted that al-Farabi was an Aristotelian as well as a Neoplatonist: he is said, for example, to have read On the Soul two hundred times and even the Physics forty times. It should then come as no surprise that he deploys Aristotelian terminology, and indeed there are areas of his writings that are quite untouched by Neoplatonism. Furthermore, al-Farabi tried to demonstrate the basic agreement between Aristotle and Plato on such matters as the creation of the world, the survival of the soul and reward and punishment in the afterlife. In al-Farabi's conception of God, essence and existence fuse absolutely with no possible separation between the two. However, there is no getting away from the fact that it is the Neoplatonic element which dominates so much else of al-Farabi's work. We see this, for example, in the powerful picture of the transcendent God of Neoplatonism which dominates al-Madina al-fadila. We see this too in al-Farabi's references to God in a negative mode, describing the deity by what he is not: he has no partner, he is indivisible and indefinable. And perhaps we see the Neoplatonic element most of all in the doctrine of emanation as it is deployed in al-Farabi's hierarchy of being.
      At the top of this hierarchy is the Divine Being whom al-Farabi characterizes as 'the First'. From this emanates a second being which is the First Intellect. (This is termed, logically, 'the Second', that is, the Second Being). Like God, this being is an immaterial substance. A total of ten intellects emanate from the First Being. The First Intellect comprehends God and, in consequence of that comprehension, produces a third being, which is the Second Intellect. The First Intellect also comprehends its own essence, and the result of this comprehension is the production of the body and soul of al-sama' al-ula, the First Heaven. Each of the following emanated intellects are associated with the generation of similar astral phenomena, including the fixed stars, Saturn, Jupiter, Mars, the Sun, Venus, Mercury and the Moon. Of particular significance in the emanationist hierarchy is the Tenth Intellect: it is this intellect which constitutes the real bridge between the heavenly and terrestrial worlds. This Tenth Intellect (variously called by the philosophers the active or agent intellect in English, the nous poiétikos in Greek, the dator formarum in Latin and the 'aql al-fa''al in Arabic) was responsible both for actualizing the potentiality for thought in man's intellect and emanating form to man and the sublunary world. With regard to the latter activity, it has been pointed out that here the active intellect takes on the role of Plotinus' Universal Soul (see Plotinus).
      In Farabian ************physics, then, the concept of Neoplatonic emanation replaces that of Qur'anic creation ex nihilo (see Neoplatonism in Islamic philosophy §2). Furthermore, the Deity at the top of the Neoplatonic hierarchy is portrayed in a very remote fashion. Al-Farabi's philosophers' God does not act directly on the sublunary world: much is delegated to the Active Intellect. However, God for al-Farabi certainly has an indirect 'responsibility' for everything, in that all things emanate from him. Yet we must also note, in order to present a fully rounded picture, that while it is the Neoplatonic portrait of God which dominates al-Farabi's writings, this is not the only picture. In some of his writings the philosopher does address God traditionally, Qur'anically and Islamically: he does invoke God as 'Lord of the Worlds' and 'God of the Easts and the Wests', and he asks God to robe him in splendid clothes, wisdom and humility and deliver him from misfortune. Yet the overwhelming Neoplatonic substratum of so much else of what he writes fully justifies Fakhry's characterization of al-Farabi, cited earlier, as 'the founder of Arab Neo-Platonism'.
      3. Epistemology

      Farabian epistemology has both a Neoplatonic and an Aristotelian dimension. Much of the former has already been surveyed in our examination of al-Farabi's ************physics, and thus our attention turns now to the Aristotelian dimension. Our three primary Arabic sources for this are al-Farabi's Kitab ihsa' al-'ulum, Risala fi'l-'aql and Kitab al-huruf.
      It is the second of these works, Risala fi'l-'aql, which provides perhaps the most useful key to al-Farabi's complex theories of intellection. In this work he divides 'aql (intellect or reason) into six major categories in an attempt to elaborate the various meanings of the Arabic word 'aql. First, there is what might be termed discernment or prudence; the individual who acts for the good is characterized by this faculty, and there is clearly some overlap with the fourth kind of intellect, described below. The second of al-Farabi's intellects is that which has been identified with common sense; this intellect has connotations of 'obviousness' and 'immediate recognition' associated with it. Al-Farabi's third intellect is natural perception. He traces its source to Aristotle's Posterior Analytics, and it is this intellect which allows us to be certain about fundamental truths. It is not a skill derived from the study of logic, but it may well be inborn. The fourth of the six intellects may be characterized as 'conscience': this is drawn by the philosopher from Book VI of Aristotle's Nicomachean Ethics. It is a quality whereby good might be distinguished from evil and results from considerable experience of life (see Aristotle §§18-21).
      Al-Farabi's fifth intellect is both the most difficult and the most important. He gives most space to its de******************ion in his Risala fi'l-'aql and considers it to be of four different types: potential intellect, actual intellect, acquired intellect and agent or active intellect. 'Aql bi'l-quwwa (potential intellect) is the intellect which, in Fakhry's words, has the capacity 'of abstracting the forms of existing entities with which it is ultimately identified' (Fakhry 1983: 121). Potential intellect can thus become 'aql bi'l-fi'l (actual intellect). In its relationship to the actual intellect, the third sub-species of intellect, 'aql mustafad (acquired intellect) is, to use Fakhry's words again, the 'the agent of actualization' to the actualized object. Finally, there is the 'aql al-fa''al (agent or active intellect), which was described in §2 above and need not be elaborated upon again.
      The sixth and last of the major intellects is Divine Reason or God himself, the source of all intellectual energy and power. Even this brief presentation of Farabian intellection must appear complex; however, given the complexity of the subject itself, there is little option.
      The best source for al-Farabi's classification of knowledge is his Kitab ihsa' al-'ulum. This work illustrates neatly al-Farabi's beliefs both about what can be known and the sheer range of that knowledge. Here he leaves aside the division into theological and philosophical sciences which other Islamic thinkers would use, and divides his material instead into five major chapters. Through all of them runs a primary Aristotelian stress on the importance of knowledge. Chapter 1 deals with the 'science of language', Chapter 2 formally covers the 'science of logic', Chapter 3 is devoted to the 'mathematical sciences', Chapter 4 surveys physics and ************physics, and the final chapter encompasses 'civil science' (some prefer the term 'political science'), jurisprudence and scholastic theology. A brief examination of these chapter headings shows that a total of eight main subjects are covered; not surprisingly, there are further subdivisions as well. To give just one example, the third chapter on the mathematical sciences embraces the seven subdivisions of arithmetic, geometry, optics, astronomy, music, weights and 'mechanical artifices'; these subdivisions in turn have their own subdivisions. Thus al-Farabi's epistemology, from what has been described both in this section and §2 above, may be said to be encyclopedic in range and complex in articulation, with that articulation using both a Neoplatonic and an Aristotelian voice.
      4. Political philosophy

      The best known Arabic source for al-Farabi's political philosophy is al-Madina al-fadila. While this work undoubtedly embraces Platonic themes, it is in no way an Arabic clone of Plato's Republic. This becomes very clear right at the beginning of al-Farabi's work, with its de******************ion of the First Cause (Chapters 1-2) and the emanation of 'the Second' from 'The First' (Chapter 3). Later in the work, however, al-Farabi lays down in Platonic fashion the qualities necessary for the ruler: he should be predisposed to rule by virtue of an innate disposition and exhibit the right attitude for such rule. He will have perfected himself and be a good orator, and his soul will be, as it were, united to the active intellect (see §3). He will have a strong physique, a good understanding and memory, love learning and truth and be above the materialism of this world. Other qualities are enumerated by al-Farabi as well, and it is clear that here his ideal ruler is akin to Plato's classical philosopher-king (see Plato §14).
      Al-Farabi has a number of political divisions for his world. He identifies, for example, three types of society which are perfect and grades these according to size. His ideal virtuous city, which gives its name to the whole volume, is that which wholeheartedly embraces the pursuit of goodness and happiness and where the virtues will clearly abound. This virtuous city is compared in its function to the limbs of a perfectly healthy body. By stark contrast, al-Farabi identifies four different types of corrupt city: these are the ignorant city (al-madina al-jahiliyya), the dissolute city (al-madina al-fasiqa), the turncoat city (al-madina al-mubaddala) and the straying city (al-madina al-dalla). The souls of many of the inhabitants of such cities face ultimate extinction, while those who have been the cause of their fall face eternal torment. In itemizing four corrupt societies, al-Farabi was surely aware of Plato's own fourfold division of imperfect societies in the Republic into timarchy, oligarchy, democracy and tyranny. The resemblance, however, is more one of structure (four divisions) rather than of content.
      At the heart of al-Farabi's political philosophy is the concept of happiness (sa'ada). The virtuous society (al-ijtima' al-fadil) is defined as that in which people cooperate to gain happiness. The virtuous city (al-madina al-fadila) is one where there is cooperation in achieving happiness. The virtuous world (al-ma'mura al-fadila) will only occur when all its constituent nations collaborate to achieve happiness. Walzer reminds us that both Plato and Aristotle held that supreme happiness was only to be gained by those who philosophized in the right manner. Al-Farabi followed the Greek paradigm and the highest rank of happiness was allocated to his ideal sovereign whose soul was 'united as it were with the Active Intellect'. But Walzer goes on to stress that al-Farabi 'does not confine his interest to the felicity of the first ruler: he is equally concerned with the felicity of all the five classes which make up the perfect state' (Walzer, in introduction to al-Madina al-fadila (1985: 409-10)). Farabian political philosophy, then, sits astride the saddle of Greek eudaimonia, and a soteriological dimension may easily be deduced from this emphasis on happiness. For if salvation in some form is reserved for the inhabitants of the virtuous city, and if the essence of that city is happiness, then it is no exaggeration to say that salvation is the reward of those who cooperate in the achievement of human happiness. Eudaimonia/sa'ada becomes a soteriological raft or steed.
      5. Influence

      The impact of al-Farabi's work on Ibn Sina was not limited merely to illuminating Aristotle's ************physics. It was with good reason that al-Farabi was designated the 'Second Master' (after Aristotle). One modern scholar recently acknowledged the dependence of Ibn Sina on al-Farabi in a book dealing with both which he entitled The Two Farabis (Farrukh 1944). And if Aquinas (§9) did not derive his essence-existence doctrine from al-Farabi but from the Latinized Ibn Sina, as is generally assumed, there is no doubt that Farabian concepts of essence and existence provided a base for the elaborated ************physics of Ibn Sina and thence of Aquinas. Finally, the briefest of comparisons between the tenfold hierarchy of intellection produced by al-Farabi and the similar hierarchy espoused by Ibn Sina, each of which gives a key role to the Tenth Intellect, shows that in matters of emanation, hierarchy and Neoplatonic intellection, Ibn Sina owes a considerable intellectual debt to his predecessor.
      Al-Farabi influenced many other thinkers as well. A glance at the period between ah 256/ad 870 and ah 414/ad 1023 and at four of the major thinkers who flourished in this period serves to confirm this: Yahya ibn 'Adi, Abu Sulayman al-Sijistani, Abu 'l-Hasan Muhammad ibn Yusuf al-'Amiri and Abu Hayyan al-Tawhidi may all be said to constitute in one form or another a 'Farabian School'. The Christian Monophysite Yahya ibn 'Adi studied in Baghdad under al-Farabi and others. Like his master, Yahya was devoted to the study of logic; like his master also, Yahya held that there was a real link between reason, ethics and politics. Al-Sijistani was a pupil of Yahya's and thus at one remove from al-Farabi; nonetheless, he shared in both his master's and al-Farabi's devotion to logic, and indeed was known as al-Sijistani al-Mantiqi (The Logician). In his use of Platonic classification and thought, al-Sijistani reveals himself as a true disciple of al-Farabi. Although al-'Amiri appears to speak disparagingly of al-Farabi at one point, there can be no doubt about al-Farabi's impact on him. Indeed, al-'Amiri's works combine the Platonic, the Aristotelian and the Neoplatonic. Finally, Abu Hayyan al-Tawhidi, a pupil of both Yahya and al-Sijistani, stressed, for example, the primacy of reason and the necessity of using logic. Like others of the Farabian School outlined above, al-Tawhidi contributed towards a body of thought the primary constituents of which were the soteriological, the ethical and the noetic.
      See also: Aristotelianism in Islamic philosophy; Greek philosophy: impact on Islamic philosophy; Ibn Sina; Logic in Islamic philosophy; Neoplatonism in Islamic philosophy; Political philosophy in classical Islam
      IAN RICHARD NETTON
      Copyright © 1998, Routledge.
      List of works

      al-Farabi (c.870-950) al-Madina al-fadila (The Virtuous City), trans. R. Walzer, Al-Farabi on the Perfect State: Abu Nasr al-Farabi's Mabadi' Ara Ahl al-Madina al-Fadila, Oxford: Clarendon Press, 1985. (Revised with introduction and commentary by the translator.)

      al-Farabi (c.870-950) Risala fi'l-'aql (Epistle on the Intellect), ed. M. Bouyges, Beirut: Imprimerie Catholique, 1938. (A seminal text for the understanding of Farabian epistemology.)

      al-Farabi (c.870-950) Kitab al-huruf (The Book of Letters), ed. M. Mahdi, Beirut: Dar al-Mashriq, 1969. (Modelled on Aristotle's ************physics, but of interest to students of linguistics as well as of philosophy.)

      al-Farabi(c. 870-950) Kitab ihsa' al-'ulum (The Book of the Enumeration of the Sciences), ed. and trans. A. Gonzلlez Palencia, Catلlogo de las Ciencias, Arabic text with Latin and Spanish translation, Madrid: Imprenta y Editorial Maestre, 1953. (A survey of the learned sciences of the day, of encyclopedic range.)

      al-Farabi (c.870-950) Kitab al-musiqa al-kabir (The Great Book of Music), ed. G.A. Khashab and M.A. al-Hafni, Cairo: Dar al-Katib al-'Arabi, 1967. (Al-Farabi's major contribution to musicology.)

      References and further reading

      Alon, I. (1990) 'Farabi's Funny Flora: Al-Nawabit as Opposition', Arabica 37: 56-90. (Highly creative discussion of the links between the philosophical terminology of Ibn Bajja and al-Farabi, which brings out the complexity of the theological and political ramifications of such language.)

      Black, D. (1996) 'Al-Farabi', in S.H. Nasr and O. Leaman (eds) History of Islamic Philosophy, London: Routledge, ch. 12, 178-97. (Account of the thought and main works of al-Farabi.)

      Fakhry, M. (1983) A History of Islamic Philosophy, London: Longman; New York: Columbia University Press, 2nd edn. (An excellent standard introduction to the field. See especially pages 107-128.)

      Farrukh, U. (1944) Al-Farabiyyan (The Two Farabis), Beirut. (Ibn Sina's dependence on al-Farabi, as mentioned in §5.)

      Galston, M. (1990) Politics and Excellence: The Political Philosophy of Alfarabi, Princeton, NJ: Princeton University Press. (A major analysis of an important aspect of Farabian philosophy.)

      Netton, I.R. (1989) Allah Transcendent: Studies in the Structure and Semiotics of Islamic Philosophy, Theology and Cosmology, London and New York: Routledge. (Contains a wide-ranging chapter on al-Farabi, see pages 99-148. This volume was later published in paperback by Curzon Press in 1994.)

      Netton, I.R. (1992) Al-Farabi and His School, Arabic Thought and Culture Series, London and New York: Routledge. (Assesses the philosopher through an epistemological lens.)


      تعليق


      • #4

        http://www.muslimphilosophy.com/ip/rep/H021.htm



        Al-Farabi, Abu Nasr (c.870-950)

        Al-Farabi was known to the Arabs as the 'Second Master' (after Aristotle), and with good reason. It is unfortunate that his name has been overshadowed by those of later philosophers such as Ibn Sina, for al-Farabi was one of the world's great philosophers and much more original than many of his Islamic successors. A philosopher, logician and musician, he was also a major political scientist.
        Al-Farabi has left us no autobiography and consequently, relatively little is known for certain about his life. His philosophical legacy, however, is large. In the arena of ************physics he has been designated the 'Father of Islamic Neoplatonism', and while he was also saturated with Aristotelianism and certainly deploys the vocabulary of Aristotle, it is this Neoplatonic dimension which dominates much of his corpus. This is apparent in his most famous work, al-Madina al-fadila (The Virtuous City) which, far from being a copy or a clone of Plato's Republic, is imbued with the Neoplatonic concept of God. Of course, al-Madina al-fadila has undeniable Platonic elements but its theology, as opposed to its politics, places it outside the mainstream of pure Platonism.
        In his admittedly complex theories of epistemology, al-Farabi has both an Aristotelian and Neoplatonic dimension, neither of which is totally integrated with the other. His influence was wide and extended not only to major Islamic philosophers such as Ibn Sina who came after him, and to lesser mortals such as Yahya ibn 'Adi, al-Sijistani, al-'Amiri and al-Tawhidi, but also to major thinkers of Christian medi************ Europe including Thomas Aquinas.[LIST=1][*]Life and works[*]************physics[*]Epistemology[*]Political philosophy[*]Influence[/LIST]1. Life and works

        Abu Nasr Muhammad ibn Muhammad ibn Tarkhan ibn Awzalagh al-Farabi was born in approximately ah 257/ad 870. He may rightly be acclaimed as one of the greatest of Islamic philosophers of all time. While his name tends to be overshadowed by that of Ibn Sina, it is worth bearing in mind that the latter was less original than the former. Indeed, a well-known story tells how Ibn Sina sought in vain to understand Aristotle's ************physics, and it was only through a book by al-Farabi on the intentions of the ************physics that understanding finally came to him. However, unlike Ibn Sina, al-Farabi has left us no autobiography and we know far less about his life in consequence. Considerable myth has become attached to the man: it is unlikely, for example, that he really spoke more than seventy languages, and we may also query his alleged ascetic lifestyle. We do know that he was born in Turkestan and later studied Arabic in Baghdad; it has been claimed that most of his books were written here. He travelled to Damascus, Egypt, Harran and Aleppo, and in the latter city the Hamdanid ruler Sayf al-Dawla became his patron. Even the circumstances of his death are not clear: some accounts portray him dying naturally in Damascus while at least one holds that he was mugged and killed on the road from Damascus to Ascalon.
        Al-Farabi became an expert in philosophy and logic, and also in music: one of his works is entitled Kitab al-musiqa al-kabir (The Great Book of Music). However, perhaps the book for which he is best known is that whose title is abbreviated to al-Madina al-fadila (The Virtuous City), and which is often compared, misleadingly in view of its Neoplatonic orientation, to Plato's Republic. Other major titles from al-Farabi's voluminous corpus included the Risala fi'l-'aql (Epistle on the Intellect), Kitab al-huruf (The Book of Letters) and Kitab ihsa' al-'ulum (The Book of the Enumeration of the Sciences).
        2. ************physics

        Majid Fakhry (1983) has described al-Farabi as 'the founder of Arab Neo-Platonism and the first major figure in the history of that philosophical movement since Proclus'. This should be borne in mind as we survey the ************physics of the philosopher whom the Latin Middle Ages knew as Abunaser and whom the Arabs designated the 'Second Master' (after Aristotle). It should be noted that al-Farabi was an Aristotelian as well as a Neoplatonist: he is said, for example, to have read On the Soul two hundred times and even the Physics forty times. It should then come as no surprise that he deploys Aristotelian terminology, and indeed there are areas of his writings that are quite untouched by Neoplatonism. Furthermore, al-Farabi tried to demonstrate the basic agreement between Aristotle and Plato on such matters as the creation of the world, the survival of the soul and reward and punishment in the afterlife. In al-Farabi's conception of God, essence and existence fuse absolutely with no possible separation between the two. However, there is no getting away from the fact that it is the Neoplatonic element which dominates so much else of al-Farabi's work. We see this, for example, in the powerful picture of the transcendent God of Neoplatonism which dominates al-Madina al-fadila. We see this too in al-Farabi's references to God in a negative mode, describing the deity by what he is not: he has no partner, he is indivisible and indefinable. And perhaps we see the Neoplatonic element most of all in the doctrine of emanation as it is deployed in al-Farabi's hierarchy of being.
        At the top of this hierarchy is the Divine Being whom al-Farabi characterizes as 'the First'. From this emanates a second being which is the First Intellect. (This is termed, logically, 'the Second', that is, the Second Being). Like God, this being is an immaterial substance. A total of ten intellects emanate from the First Being. The First Intellect comprehends God and, in consequence of that comprehension, produces a third being, which is the Second Intellect. The First Intellect also comprehends its own essence, and the result of this comprehension is the production of the body and soul of al-sama' al-ula, the First Heaven. Each of the following emanated intellects are associated with the generation of similar astral phenomena, including the fixed stars, Saturn, Jupiter, Mars, the Sun, Venus, Mercury and the Moon. Of particular significance in the emanationist hierarchy is the Tenth Intellect: it is this intellect which constitutes the real bridge between the heavenly and terrestrial worlds. This Tenth Intellect (variously called by the philosophers the active or agent intellect in English, the nous poiétikos in Greek, the dator formarum in Latin and the 'aql al-fa''al in Arabic) was responsible both for actualizing the potentiality for thought in man's intellect and emanating form to man and the sublunary world. With regard to the latter activity, it has been pointed out that here the active intellect takes on the role of Plotinus' Universal Soul (see Plotinus).
        In Farabian ************physics, then, the concept of Neoplatonic emanation replaces that of Qur'anic creation ex nihilo (see Neoplatonism in Islamic philosophy §2). Furthermore, the Deity at the top of the Neoplatonic hierarchy is portrayed in a very remote fashion. Al-Farabi's philosophers' God does not act directly on the sublunary world: much is delegated to the Active Intellect. However, God for al-Farabi certainly has an indirect 'responsibility' for everything, in that all things emanate from him. Yet we must also note, in order to present a fully rounded picture, that while it is the Neoplatonic portrait of God which dominates al-Farabi's writings, this is not the only picture. In some of his writings the philosopher does address God traditionally, Qur'anically and Islamically: he does invoke God as 'Lord of the Worlds' and 'God of the Easts and the Wests', and he asks God to robe him in splendid clothes, wisdom and humility and deliver him from misfortune. Yet the overwhelming Neoplatonic substratum of so much else of what he writes fully justifies Fakhry's characterization of al-Farabi, cited earlier, as 'the founder of Arab Neo-Platonism'.
        3. Epistemology

        Farabian epistemology has both a Neoplatonic and an Aristotelian dimension. Much of the former has already been surveyed in our examination of al-Farabi's ************physics, and thus our attention turns now to the Aristotelian dimension. Our three primary Arabic sources for this are al-Farabi's Kitab ihsa' al-'ulum, Risala fi'l-'aql and Kitab al-huruf.
        It is the second of these works, Risala fi'l-'aql, which provides perhaps the most useful key to al-Farabi's complex theories of intellection. In this work he divides 'aql (intellect or reason) into six major categories in an attempt to elaborate the various meanings of the Arabic word 'aql. First, there is what might be termed discernment or prudence; the individual who acts for the good is characterized by this faculty, and there is clearly some overlap with the fourth kind of intellect, described below. The second of al-Farabi's intellects is that which has been identified with common sense; this intellect has connotations of 'obviousness' and 'immediate recognition' associated with it. Al-Farabi's third intellect is natural perception. He traces its source to Aristotle's Posterior Analytics, and it is this intellect which allows us to be certain about fundamental truths. It is not a skill derived from the study of logic, but it may well be inborn. The fourth of the six intellects may be characterized as 'conscience': this is drawn by the philosopher from Book VI of Aristotle's Nicomachean Ethics. It is a quality whereby good might be distinguished from evil and results from considerable experience of life (see Aristotle §§18-21).
        Al-Farabi's fifth intellect is both the most difficult and the most important. He gives most space to its de******************ion in his Risala fi'l-'aql and considers it to be of four different types: potential intellect, actual intellect, acquired intellect and agent or active intellect. 'Aql bi'l-quwwa (potential intellect) is the intellect which, in Fakhry's words, has the capacity 'of abstracting the forms of existing entities with which it is ultimately identified' (Fakhry 1983: 121). Potential intellect can thus become 'aql bi'l-fi'l (actual intellect). In its relationship to the actual intellect, the third sub-species of intellect, 'aql mustafad (acquired intellect) is, to use Fakhry's words again, the 'the agent of actualization' to the actualized object. Finally, there is the 'aql al-fa''al (agent or active intellect), which was described in §2 above and need not be elaborated upon again.
        The sixth and last of the major intellects is Divine Reason or God himself, the source of all intellectual energy and power. Even this brief presentation of Farabian intellection must appear complex; however, given the complexity of the subject itself, there is little option.
        The best source for al-Farabi's classification of knowledge is his Kitab ihsa' al-'ulum. This work illustrates neatly al-Farabi's beliefs both about what can be known and the sheer range of that knowledge. Here he leaves aside the division into theological and philosophical sciences which other Islamic thinkers would use, and divides his material instead into five major chapters. Through all of them runs a primary Aristotelian stress on the importance of knowledge. Chapter 1 deals with the 'science of language', Chapter 2 formally covers the 'science of logic', Chapter 3 is devoted to the 'mathematical sciences', Chapter 4 surveys physics and ************physics, and the final chapter encompasses 'civil science' (some prefer the term 'political science'), jurisprudence and scholastic theology. A brief examination of these chapter headings shows that a total of eight main subjects are covered; not surprisingly, there are further subdivisions as well. To give just one example, the third chapter on the mathematical sciences embraces the seven subdivisions of arithmetic, geometry, optics, astronomy, music, weights and 'mechanical artifices'; these subdivisions in turn have their own subdivisions. Thus al-Farabi's epistemology, from what has been described both in this section and §2 above, may be said to be encyclopedic in range and complex in articulation, with that articulation using both a Neoplatonic and an Aristotelian voice.
        4. Political philosophy

        The best known Arabic source for al-Farabi's political philosophy is al-Madina al-fadila. While this work undoubtedly embraces Platonic themes, it is in no way an Arabic clone of Plato's Republic. This becomes very clear right at the beginning of al-Farabi's work, with its de******************ion of the First Cause (Chapters 1-2) and the emanation of 'the Second' from 'The First' (Chapter 3). Later in the work, however, al-Farabi lays down in Platonic fashion the qualities necessary for the ruler: he should be predisposed to rule by virtue of an innate disposition and exhibit the right attitude for such rule. He will have perfected himself and be a good orator, and his soul will be, as it were, united to the active intellect (see §3). He will have a strong physique, a good understanding and memory, love learning and truth and be above the materialism of this world. Other qualities are enumerated by al-Farabi as well, and it is clear that here his ideal ruler is akin to Plato's classical philosopher-king (see Plato §14).
        Al-Farabi has a number of political divisions for his world. He identifies, for example, three types of society which are perfect and grades these according to size. His ideal virtuous city, which gives its name to the whole volume, is that which wholeheartedly embraces the pursuit of goodness and happiness and where the virtues will clearly abound. This virtuous city is compared in its function to the limbs of a perfectly healthy body. By stark contrast, al-Farabi identifies four different types of corrupt city: these are the ignorant city (al-madina al-jahiliyya), the dissolute city (al-madina al-fasiqa), the turncoat city (al-madina al-mubaddala) and the straying city (al-madina al-dalla). The souls of many of the inhabitants of such cities face ultimate extinction, while those who have been the cause of their fall face eternal torment. In itemizing four corrupt societies, al-Farabi was surely aware of Plato's own fourfold division of imperfect societies in the Republic into timarchy, oligarchy, democracy and tyranny. The resemblance, however, is more one of structure (four divisions) rather than of content.
        At the heart of al-Farabi's political philosophy is the concept of happiness (sa'ada). The virtuous society (al-ijtima' al-fadil) is defined as that in which people cooperate to gain happiness. The virtuous city (al-madina al-fadila) is one where there is cooperation in achieving happiness. The virtuous world (al-ma'mura al-fadila) will only occur when all its constituent nations collaborate to achieve happiness. Walzer reminds us that both Plato and Aristotle held that supreme happiness was only to be gained by those who philosophized in the right manner. Al-Farabi followed the Greek paradigm and the highest rank of happiness was allocated to his ideal sovereign whose soul was 'united as it were with the Active Intellect'. But Walzer goes on to stress that al-Farabi 'does not confine his interest to the felicity of the first ruler: he is equally concerned with the felicity of all the five classes which make up the perfect state' (Walzer, in introduction to al-Madina al-fadila (1985: 409-10)). Farabian political philosophy, then, sits astride the saddle of Greek eudaimonia, and a soteriological dimension may easily be deduced from this emphasis on happiness. For if salvation in some form is reserved for the inhabitants of the virtuous city, and if the essence of that city is happiness, then it is no exaggeration to say that salvation is the reward of those who cooperate in the achievement of human happiness. Eudaimonia/sa'ada becomes a soteriological raft or steed.
        5. Influence

        The impact of al-Farabi's work on Ibn Sina was not limited merely to illuminating Aristotle's ************physics. It was with good reason that al-Farabi was designated the 'Second Master' (after Aristotle). One modern scholar recently acknowledged the dependence of Ibn Sina on al-Farabi in a book dealing with both which he entitled The Two Farabis (Farrukh 1944). And if Aquinas (§9) did not derive his essence-existence doctrine from al-Farabi but from the Latinized Ibn Sina, as is generally assumed, there is no doubt that Farabian concepts of essence and existence provided a base for the elaborated ************physics of Ibn Sina and thence of Aquinas. Finally, the briefest of comparisons between the tenfold hierarchy of intellection produced by al-Farabi and the similar hierarchy espoused by Ibn Sina, each of which gives a key role to the Tenth Intellect, shows that in matters of emanation, hierarchy and Neoplatonic intellection, Ibn Sina owes a considerable intellectual debt to his predecessor.
        Al-Farabi influenced many other thinkers as well. A glance at the period between ah 256/ad 870 and ah 414/ad 1023 and at four of the major thinkers who flourished in this period serves to confirm this: Yahya ibn 'Adi, Abu Sulayman al-Sijistani, Abu 'l-Hasan Muhammad ibn Yusuf al-'Amiri and Abu Hayyan al-Tawhidi may all be said to constitute in one form or another a 'Farabian School'. The Christian Monophysite Yahya ibn 'Adi studied in Baghdad under al-Farabi and others. Like his master, Yahya was devoted to the study of logic; like his master also, Yahya held that there was a real link between reason, ethics and politics. Al-Sijistani was a pupil of Yahya's and thus at one remove from al-Farabi; nonetheless, he shared in both his master's and al-Farabi's devotion to logic, and indeed was known as al-Sijistani al-Mantiqi (The Logician). In his use of Platonic classification and thought, al-Sijistani reveals himself as a true disciple of al-Farabi. Although al-'Amiri appears to speak disparagingly of al-Farabi at one point, there can be no doubt about al-Farabi's impact on him. Indeed, al-'Amiri's works combine the Platonic, the Aristotelian and the Neoplatonic. Finally, Abu Hayyan al-Tawhidi, a pupil of both Yahya and al-Sijistani, stressed, for example, the primacy of reason and the necessity of using logic. Like others of the Farabian School outlined above, al-Tawhidi contributed towards a body of thought the primary constituents of which were the soteriological, the ethical and the noetic.
        See also: Aristotelianism in Islamic philosophy; Greek philosophy: impact on Islamic philosophy; Ibn Sina; Logic in Islamic philosophy; Neoplatonism in Islamic philosophy; Political philosophy in classical Islam
        IAN RICHARD NETTON
        Copyright © 1998, Routledge.
        List of works

        al-Farabi (c.870-950) al-Madina al-fadila (The Virtuous City), trans. R. Walzer, Al-Farabi on the Perfect State: Abu Nasr al-Farabi's Mabadi' Ara Ahl al-Madina al-Fadila, Oxford: Clarendon Press, 1985. (Revised with introduction and commentary by the translator.)

        al-Farabi (c.870-950) Risala fi'l-'aql (Epistle on the Intellect), ed. M. Bouyges, Beirut: Imprimerie Catholique, 1938. (A seminal text for the understanding of Farabian epistemology.)

        al-Farabi (c.870-950) Kitab al-huruf (The Book of Letters), ed. M. Mahdi, Beirut: Dar al-Mashriq, 1969. (Modelled on Aristotle's ************physics, but of interest to students of linguistics as well as of philosophy.)

        al-Farabi(c. 870-950) Kitab ihsa' al-'ulum (The Book of the Enumeration of the Sciences), ed. and trans. A. Gonzلlez Palencia, Catلlogo de las Ciencias, Arabic text with Latin and Spanish translation, Madrid: Imprenta y Editorial Maestre, 1953. (A survey of the learned sciences of the day, of encyclopedic range.)

        al-Farabi (c.870-950) Kitab al-musiqa al-kabir (The Great Book of Music), ed. G.A. Khashab and M.A. al-Hafni, Cairo: Dar al-Katib al-'Arabi, 1967. (Al-Farabi's major contribution to musicology.)

        References and further reading

        Alon, I. (1990) 'Farabi's Funny Flora: Al-Nawabit as Opposition', Arabica 37: 56-90. (Highly creative discussion of the links between the philosophical terminology of Ibn Bajja and al-Farabi, which brings out the complexity of the theological and political ramifications of such language.)

        Black, D. (1996) 'Al-Farabi', in S.H. Nasr and O. Leaman (eds) History of Islamic Philosophy, London: Routledge, ch. 12, 178-97. (Account of the thought and main works of al-Farabi.)

        Fakhry, M. (1983) A History of Islamic Philosophy, London: Longman; New York: Columbia University Press, 2nd edn. (An excellent standard introduction to the field. See especially pages 107-128.)

        Farrukh, U. (1944) Al-Farabiyyan (The Two Farabis), Beirut. (Ibn Sina's dependence on al-Farabi, as mentioned in §5.)

        Galston, M. (1990) Politics and Excellence: The Political Philosophy of Alfarabi, Princeton, NJ: Princeton University Press. (A major analysis of an important aspect of Farabian philosophy.)

        Netton, I.R. (1989) Allah Transcendent: Studies in the Structure and Semiotics of Islamic Philosophy, Theology and Cosmology, London and New York: Routledge. (Contains a wide-ranging chapter on al-Farabi, see pages 99-148. This volume was later published in paperback by Curzon Press in 1994.)

        Netton, I.R. (1992) Al-Farabi and His School, Arabic Thought and Culture Series, London and New York: Routledge. (Assesses the philosopher through an epistemological lens.)


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        • #5

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          Al-Farabi, Abu Nasr (c.870-950)

          Al-Farabi was known to the Arabs as the 'Second Master' (after Aristotle), and with good reason. It is unfortunate that his name has been overshadowed by those of later philosophers such as Ibn Sina, for al-Farabi was one of the world's great philosophers and much more original than many of his Islamic successors. A philosopher, logician and musician, he was also a major political scientist.
          Al-Farabi has left us no autobiography and consequently, relatively little is known for certain about his life. His philosophical legacy, however, is large. In the arena of ************physics he has been designated the 'Father of Islamic Neoplatonism', and while he was also saturated with Aristotelianism and certainly deploys the vocabulary of Aristotle, it is this Neoplatonic dimension which dominates much of his corpus. This is apparent in his most famous work, al-Madina al-fadila (The Virtuous City) which, far from being a copy or a clone of Plato's Republic, is imbued with the Neoplatonic concept of God. Of course, al-Madina al-fadila has undeniable Platonic elements but its theology, as opposed to its politics, places it outside the mainstream of pure Platonism.
          In his admittedly complex theories of epistemology, al-Farabi has both an Aristotelian and Neoplatonic dimension, neither of which is totally integrated with the other. His influence was wide and extended not only to major Islamic philosophers such as Ibn Sina who came after him, and to lesser mortals such as Yahya ibn 'Adi, al-Sijistani, al-'Amiri and al-Tawhidi, but also to major thinkers of Christian medi************ Europe including Thomas Aquinas.[LIST=1][*]Life and works[*]************physics[*]Epistemology[*]Political philosophy[*]Influence[/LIST]1. Life and works

          Abu Nasr Muhammad ibn Muhammad ibn Tarkhan ibn Awzalagh al-Farabi was born in approximately ah 257/ad 870. He may rightly be acclaimed as one of the greatest of Islamic philosophers of all time. While his name tends to be overshadowed by that of Ibn Sina, it is worth bearing in mind that the latter was less original than the former. Indeed, a well-known story tells how Ibn Sina sought in vain to understand Aristotle's ************physics, and it was only through a book by al-Farabi on the intentions of the ************physics that understanding finally came to him. However, unlike Ibn Sina, al-Farabi has left us no autobiography and we know far less about his life in consequence. Considerable myth has become attached to the man: it is unlikely, for example, that he really spoke more than seventy languages, and we may also query his alleged ascetic lifestyle. We do know that he was born in Turkestan and later studied Arabic in Baghdad; it has been claimed that most of his books were written here. He travelled to Damascus, Egypt, Harran and Aleppo, and in the latter city the Hamdanid ruler Sayf al-Dawla became his patron. Even the circumstances of his death are not clear: some accounts portray him dying naturally in Damascus while at least one holds that he was mugged and killed on the road from Damascus to Ascalon.
          Al-Farabi became an expert in philosophy and logic, and also in music: one of his works is entitled Kitab al-musiqa al-kabir (The Great Book of Music). However, perhaps the book for which he is best known is that whose title is abbreviated to al-Madina al-fadila (The Virtuous City), and which is often compared, misleadingly in view of its Neoplatonic orientation, to Plato's Republic. Other major titles from al-Farabi's voluminous corpus included the Risala fi'l-'aql (Epistle on the Intellect), Kitab al-huruf (The Book of Letters) and Kitab ihsa' al-'ulum (The Book of the Enumeration of the Sciences).
          2. ************physics

          Majid Fakhry (1983) has described al-Farabi as 'the founder of Arab Neo-Platonism and the first major figure in the history of that philosophical movement since Proclus'. This should be borne in mind as we survey the ************physics of the philosopher whom the Latin Middle Ages knew as Abunaser and whom the Arabs designated the 'Second Master' (after Aristotle). It should be noted that al-Farabi was an Aristotelian as well as a Neoplatonist: he is said, for example, to have read On the Soul two hundred times and even the Physics forty times. It should then come as no surprise that he deploys Aristotelian terminology, and indeed there are areas of his writings that are quite untouched by Neoplatonism. Furthermore, al-Farabi tried to demonstrate the basic agreement between Aristotle and Plato on such matters as the creation of the world, the survival of the soul and reward and punishment in the afterlife. In al-Farabi's conception of God, essence and existence fuse absolutely with no possible separation between the two. However, there is no getting away from the fact that it is the Neoplatonic element which dominates so much else of al-Farabi's work. We see this, for example, in the powerful picture of the transcendent God of Neoplatonism which dominates al-Madina al-fadila. We see this too in al-Farabi's references to God in a negative mode, describing the deity by what he is not: he has no partner, he is indivisible and indefinable. And perhaps we see the Neoplatonic element most of all in the doctrine of emanation as it is deployed in al-Farabi's hierarchy of being.
          At the top of this hierarchy is the Divine Being whom al-Farabi characterizes as 'the First'. From this emanates a second being which is the First Intellect. (This is termed, logically, 'the Second', that is, the Second Being). Like God, this being is an immaterial substance. A total of ten intellects emanate from the First Being. The First Intellect comprehends God and, in consequence of that comprehension, produces a third being, which is the Second Intellect. The First Intellect also comprehends its own essence, and the result of this comprehension is the production of the body and soul of al-sama' al-ula, the First Heaven. Each of the following emanated intellects are associated with the generation of similar astral phenomena, including the fixed stars, Saturn, Jupiter, Mars, the Sun, Venus, Mercury and the Moon. Of particular significance in the emanationist hierarchy is the Tenth Intellect: it is this intellect which constitutes the real bridge between the heavenly and terrestrial worlds. This Tenth Intellect (variously called by the philosophers the active or agent intellect in English, the nous poiétikos in Greek, the dator formarum in Latin and the 'aql al-fa''al in Arabic) was responsible both for actualizing the potentiality for thought in man's intellect and emanating form to man and the sublunary world. With regard to the latter activity, it has been pointed out that here the active intellect takes on the role of Plotinus' Universal Soul (see Plotinus).
          In Farabian ************physics, then, the concept of Neoplatonic emanation replaces that of Qur'anic creation ex nihilo (see Neoplatonism in Islamic philosophy §2). Furthermore, the Deity at the top of the Neoplatonic hierarchy is portrayed in a very remote fashion. Al-Farabi's philosophers' God does not act directly on the sublunary world: much is delegated to the Active Intellect. However, God for al-Farabi certainly has an indirect 'responsibility' for everything, in that all things emanate from him. Yet we must also note, in order to present a fully rounded picture, that while it is the Neoplatonic portrait of God which dominates al-Farabi's writings, this is not the only picture. In some of his writings the philosopher does address God traditionally, Qur'anically and Islamically: he does invoke God as 'Lord of the Worlds' and 'God of the Easts and the Wests', and he asks God to robe him in splendid clothes, wisdom and humility and deliver him from misfortune. Yet the overwhelming Neoplatonic substratum of so much else of what he writes fully justifies Fakhry's characterization of al-Farabi, cited earlier, as 'the founder of Arab Neo-Platonism'.
          3. Epistemology

          Farabian epistemology has both a Neoplatonic and an Aristotelian dimension. Much of the former has already been surveyed in our examination of al-Farabi's ************physics, and thus our attention turns now to the Aristotelian dimension. Our three primary Arabic sources for this are al-Farabi's Kitab ihsa' al-'ulum, Risala fi'l-'aql and Kitab al-huruf.
          It is the second of these works, Risala fi'l-'aql, which provides perhaps the most useful key to al-Farabi's complex theories of intellection. In this work he divides 'aql (intellect or reason) into six major categories in an attempt to elaborate the various meanings of the Arabic word 'aql. First, there is what might be termed discernment or prudence; the individual who acts for the good is characterized by this faculty, and there is clearly some overlap with the fourth kind of intellect, described below. The second of al-Farabi's intellects is that which has been identified with common sense; this intellect has connotations of 'obviousness' and 'immediate recognition' associated with it. Al-Farabi's third intellect is natural perception. He traces its source to Aristotle's Posterior Analytics, and it is this intellect which allows us to be certain about fundamental truths. It is not a skill derived from the study of logic, but it may well be inborn. The fourth of the six intellects may be characterized as 'conscience': this is drawn by the philosopher from Book VI of Aristotle's Nicomachean Ethics. It is a quality whereby good might be distinguished from evil and results from considerable experience of life (see Aristotle §§18-21).
          Al-Farabi's fifth intellect is both the most difficult and the most important. He gives most space to its de******************ion in his Risala fi'l-'aql and considers it to be of four different types: potential intellect, actual intellect, acquired intellect and agent or active intellect. 'Aql bi'l-quwwa (potential intellect) is the intellect which, in Fakhry's words, has the capacity 'of abstracting the forms of existing entities with which it is ultimately identified' (Fakhry 1983: 121). Potential intellect can thus become 'aql bi'l-fi'l (actual intellect). In its relationship to the actual intellect, the third sub-species of intellect, 'aql mustafad (acquired intellect) is, to use Fakhry's words again, the 'the agent of actualization' to the actualized object. Finally, there is the 'aql al-fa''al (agent or active intellect), which was described in §2 above and need not be elaborated upon again.
          The sixth and last of the major intellects is Divine Reason or God himself, the source of all intellectual energy and power. Even this brief presentation of Farabian intellection must appear complex; however, given the complexity of the subject itself, there is little option.
          The best source for al-Farabi's classification of knowledge is his Kitab ihsa' al-'ulum. This work illustrates neatly al-Farabi's beliefs both about what can be known and the sheer range of that knowledge. Here he leaves aside the division into theological and philosophical sciences which other Islamic thinkers would use, and divides his material instead into five major chapters. Through all of them runs a primary Aristotelian stress on the importance of knowledge. Chapter 1 deals with the 'science of language', Chapter 2 formally covers the 'science of logic', Chapter 3 is devoted to the 'mathematical sciences', Chapter 4 surveys physics and ************physics, and the final chapter encompasses 'civil science' (some prefer the term 'political science'), jurisprudence and scholastic theology. A brief examination of these chapter headings shows that a total of eight main subjects are covered; not surprisingly, there are further subdivisions as well. To give just one example, the third chapter on the mathematical sciences embraces the seven subdivisions of arithmetic, geometry, optics, astronomy, music, weights and 'mechanical artifices'; these subdivisions in turn have their own subdivisions. Thus al-Farabi's epistemology, from what has been described both in this section and §2 above, may be said to be encyclopedic in range and complex in articulation, with that articulation using both a Neoplatonic and an Aristotelian voice.
          4. Political philosophy

          The best known Arabic source for al-Farabi's political philosophy is al-Madina al-fadila. While this work undoubtedly embraces Platonic themes, it is in no way an Arabic clone of Plato's Republic. This becomes very clear right at the beginning of al-Farabi's work, with its de******************ion of the First Cause (Chapters 1-2) and the emanation of 'the Second' from 'The First' (Chapter 3). Later in the work, however, al-Farabi lays down in Platonic fashion the qualities necessary for the ruler: he should be predisposed to rule by virtue of an innate disposition and exhibit the right attitude for such rule. He will have perfected himself and be a good orator, and his soul will be, as it were, united to the active intellect (see §3). He will have a strong physique, a good understanding and memory, love learning and truth and be above the materialism of this world. Other qualities are enumerated by al-Farabi as well, and it is clear that here his ideal ruler is akin to Plato's classical philosopher-king (see Plato §14).
          Al-Farabi has a number of political divisions for his world. He identifies, for example, three types of society which are perfect and grades these according to size. His ideal virtuous city, which gives its name to the whole volume, is that which wholeheartedly embraces the pursuit of goodness and happiness and where the virtues will clearly abound. This virtuous city is compared in its function to the limbs of a perfectly healthy body. By stark contrast, al-Farabi identifies four different types of corrupt city: these are the ignorant city (al-madina al-jahiliyya), the dissolute city (al-madina al-fasiqa), the turncoat city (al-madina al-mubaddala) and the straying city (al-madina al-dalla). The souls of many of the inhabitants of such cities face ultimate extinction, while those who have been the cause of their fall face eternal torment. In itemizing four corrupt societies, al-Farabi was surely aware of Plato's own fourfold division of imperfect societies in the Republic into timarchy, oligarchy, democracy and tyranny. The resemblance, however, is more one of structure (four divisions) rather than of content.
          At the heart of al-Farabi's political philosophy is the concept of happiness (sa'ada). The virtuous society (al-ijtima' al-fadil) is defined as that in which people cooperate to gain happiness. The virtuous city (al-madina al-fadila) is one where there is cooperation in achieving happiness. The virtuous world (al-ma'mura al-fadila) will only occur when all its constituent nations collaborate to achieve happiness. Walzer reminds us that both Plato and Aristotle held that supreme happiness was only to be gained by those who philosophized in the right manner. Al-Farabi followed the Greek paradigm and the highest rank of happiness was allocated to his ideal sovereign whose soul was 'united as it were with the Active Intellect'. But Walzer goes on to stress that al-Farabi 'does not confine his interest to the felicity of the first ruler: he is equally concerned with the felicity of all the five classes which make up the perfect state' (Walzer, in introduction to al-Madina al-fadila (1985: 409-10)). Farabian political philosophy, then, sits astride the saddle of Greek eudaimonia, and a soteriological dimension may easily be deduced from this emphasis on happiness. For if salvation in some form is reserved for the inhabitants of the virtuous city, and if the essence of that city is happiness, then it is no exaggeration to say that salvation is the reward of those who cooperate in the achievement of human happiness. Eudaimonia/sa'ada becomes a soteriological raft or steed.
          5. Influence

          The impact of al-Farabi's work on Ibn Sina was not limited merely to illuminating Aristotle's ************physics. It was with good reason that al-Farabi was designated the 'Second Master' (after Aristotle). One modern scholar recently acknowledged the dependence of Ibn Sina on al-Farabi in a book dealing with both which he entitled The Two Farabis (Farrukh 1944). And if Aquinas (§9) did not derive his essence-existence doctrine from al-Farabi but from the Latinized Ibn Sina, as is generally assumed, there is no doubt that Farabian concepts of essence and existence provided a base for the elaborated ************physics of Ibn Sina and thence of Aquinas. Finally, the briefest of comparisons between the tenfold hierarchy of intellection produced by al-Farabi and the similar hierarchy espoused by Ibn Sina, each of which gives a key role to the Tenth Intellect, shows that in matters of emanation, hierarchy and Neoplatonic intellection, Ibn Sina owes a considerable intellectual debt to his predecessor.
          Al-Farabi influenced many other thinkers as well. A glance at the period between ah 256/ad 870 and ah 414/ad 1023 and at four of the major thinkers who flourished in this period serves to confirm this: Yahya ibn 'Adi, Abu Sulayman al-Sijistani, Abu 'l-Hasan Muhammad ibn Yusuf al-'Amiri and Abu Hayyan al-Tawhidi may all be said to constitute in one form or another a 'Farabian School'. The Christian Monophysite Yahya ibn 'Adi studied in Baghdad under al-Farabi and others. Like his master, Yahya was devoted to the study of logic; like his master also, Yahya held that there was a real link between reason, ethics and politics. Al-Sijistani was a pupil of Yahya's and thus at one remove from al-Farabi; nonetheless, he shared in both his master's and al-Farabi's devotion to logic, and indeed was known as al-Sijistani al-Mantiqi (The Logician). In his use of Platonic classification and thought, al-Sijistani reveals himself as a true disciple of al-Farabi. Although al-'Amiri appears to speak disparagingly of al-Farabi at one point, there can be no doubt about al-Farabi's impact on him. Indeed, al-'Amiri's works combine the Platonic, the Aristotelian and the Neoplatonic. Finally, Abu Hayyan al-Tawhidi, a pupil of both Yahya and al-Sijistani, stressed, for example, the primacy of reason and the necessity of using logic. Like others of the Farabian School outlined above, al-Tawhidi contributed towards a body of thought the primary constituents of which were the soteriological, the ethical and the noetic.
          See also: Aristotelianism in Islamic philosophy; Greek philosophy: impact on Islamic philosophy; Ibn Sina; Logic in Islamic philosophy; Neoplatonism in Islamic philosophy; Political philosophy in classical Islam
          IAN RICHARD NETTON
          Copyright © 1998, Routledge.
          List of works

          al-Farabi (c.870-950) al-Madina al-fadila (The Virtuous City), trans. R. Walzer, Al-Farabi on the Perfect State: Abu Nasr al-Farabi's Mabadi' Ara Ahl al-Madina al-Fadila, Oxford: Clarendon Press, 1985. (Revised with introduction and commentary by the translator.)

          al-Farabi (c.870-950) Risala fi'l-'aql (Epistle on the Intellect), ed. M. Bouyges, Beirut: Imprimerie Catholique, 1938. (A seminal text for the understanding of Farabian epistemology.)

          al-Farabi (c.870-950) Kitab al-huruf (The Book of Letters), ed. M. Mahdi, Beirut: Dar al-Mashriq, 1969. (Modelled on Aristotle's ************physics, but of interest to students of linguistics as well as of philosophy.)

          al-Farabi(c. 870-950) Kitab ihsa' al-'ulum (The Book of the Enumeration of the Sciences), ed. and trans. A. Gonzلlez Palencia, Catلlogo de las Ciencias, Arabic text with Latin and Spanish translation, Madrid: Imprenta y Editorial Maestre, 1953. (A survey of the learned sciences of the day, of encyclopedic range.)

          al-Farabi (c.870-950) Kitab al-musiqa al-kabir (The Great Book of Music), ed. G.A. Khashab and M.A. al-Hafni, Cairo: Dar al-Katib al-'Arabi, 1967. (Al-Farabi's major contribution to musicology.)

          References and further reading

          Alon, I. (1990) 'Farabi's Funny Flora: Al-Nawabit as Opposition', Arabica 37: 56-90. (Highly creative discussion of the links between the philosophical terminology of Ibn Bajja and al-Farabi, which brings out the complexity of the theological and political ramifications of such language.)

          Black, D. (1996) 'Al-Farabi', in S.H. Nasr and O. Leaman (eds) History of Islamic Philosophy, London: Routledge, ch. 12, 178-97. (Account of the thought and main works of al-Farabi.)

          Fakhry, M. (1983) A History of Islamic Philosophy, London: Longman; New York: Columbia University Press, 2nd edn. (An excellent standard introduction to the field. See especially pages 107-128.)

          Farrukh, U. (1944) Al-Farabiyyan (The Two Farabis), Beirut. (Ibn Sina's dependence on al-Farabi, as mentioned in §5.)

          Galston, M. (1990) Politics and Excellence: The Political Philosophy of Alfarabi, Princeton, NJ: Princeton University Press. (A major analysis of an important aspect of Farabian philosophy.)

          Netton, I.R. (1989) Allah Transcendent: Studies in the Structure and Semiotics of Islamic Philosophy, Theology and Cosmology, London and New York: Routledge. (Contains a wide-ranging chapter on al-Farabi, see pages 99-148. This volume was later published in paperback by Curzon Press in 1994.)

          Netton, I.R. (1992) Al-Farabi and His School, Arabic Thought and Culture Series, London and New York: Routledge. (Assesses the philosopher through an epistemological lens.)


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          • #6
            Salaam sister
            I'll try to help as much as I can inshallah..
            If you are looking for more extended articles, please let us know

            First, here is an introduction about alkhawarezmi
            I got one of his pictures and I uploaded it on my web space... i hope it's useful!
            if the pic didn't show up.. right click and show picture.. if that didn't work either, let me know


            Khwarizmi was born in the town of Khwarizm (now Khiva), in Khorasan province of Persia (now in Uzbekistan). Some historians argue though that he was born in Qutrubulli, a small town near Baghdad as mentioned in the works of al-Tabari, which gives him an Arab origin. He accomplished most of his work in the period between 813 and 833. Mathematical historian Gandz gives this opinion of Khwarizmi's algebra:
            "Khwarizmi's algebra is regarded as the foundation and cornerstone of the sciences. In a sense, Khwarizmi is more entitled to be called "the father of algebra" than Diophantus because Khwarizmi is the first to teach algebra in an elementary form and for its own sake, Diophantus is primarily concerned with the theory of numbers."
            He made major contributions to the fields of algebra, trigonometry, astronomy/astrology, geography and cartography by translating important works from Sanskrit and other languages. His systematic and logical approach to solving linear and quadratic equations gave shape to the discipline of algebra, a word that is derived from the name of his 830 book on the subject, al-Kitab al-mukhtasar fi hisab al-jabr wa'l-muqabala (حساب الجبر و المقابلة) or: "The Compendious Book on Calculation by Completion and Balancing". The book was first translated into Latin in the 12th century, from which the title and term Algebra derives.
            His book On the Calculation with Hindu Numerals written about 825, was principally responsible for the diffusion of the Indian system of numeration in the Middle-East and then Europe. The book was translated into Latin in the 12th century as Algoritmi de numero Indorum. From the name of the author, rendered in Latin as algoritmi, originated the term algorithm.
            Much of his contributions were based on the original research of the Hindus in Astronomy and Greek, and other sources. He appropriated the place-marker symbol of zero, which originated in India.
            Al-Khwarizmi systematized and corrected Ptolemy's data in geography as regards to Africa and the Middle east. Another major book was his Kitab surat al-ard ("The Image of the Earth"; translated as Geography), which presented the coordinates of localities in the known world based, ultimately, on those in the Geography of Ptolemy but with improved values for the length of the Mediterranean Sea and the ************************ of cities in Asia and Africa.
            He also assisted in the construction of a world map for the caliph al-Ma'mun and participated in a project to determine the circumference of the Earth, supervising the work of 70 geographers to create the map of the then "known world". When his work became known in Europe through Latin translations, it made a significant contribution to the advancement of mathematics in Europe. He also wrote on mechanical devices like the clock, astrolabe, and sundial. His other contributions include tables of trigonometric functions, refinements in the geometric representation of conic sections, and aspects of the calculus of two errors
            التعديل الأخير تم بواسطة Immortal; الساعة 20-11-2005, 04:21 PM.

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            • #7

              Dear sister,

              This website would be very crucial, wish you all the best :

              http://www.muslimphilosophy.com/ip/rep.htm


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              • #8
                Jabir Bin Hayyan
                The Father of Chemistry




                Abu Musa Jabir Ibn Hayyan, in Latin Geber, was one of the most notable Arab alchemists. He was born in 721 CE in Tus (present day Iran) and died around 815in Kufah, Iraq. He is credited with the discovery and de******************ion of many substances and processes — such as the hydrochloric and nitric acid, distillation, and crystallization — that have become the foundation of today's chemistry and chemical engineering.
                Contributions to Chemistry
                Jabir wrote more than one hundred treatises on various subjects, of which 22 are about alchemy. Firmly grounded on experimental observation, his books systematized the knowledge about the fundamental chemical processes of the alchemists — such as crystallization, distillation, calcination, sublimation, thus making a great step in the evolution of chemistry from an occultist art to a scientific discipline. In particular, Jabir emphasized that definite quantities of various substances are involved in a chemical reaction, thus anticipating by almost a thousand years the principles of quantitative chemistry and the law of constant proportions.
                Jabir is also credited with the invention and development of several chemical instruments that are still used today, such as the alembic, which made distillation easy, safe, and efficient. By distilling various salts together with sulfuric acid, Jabir discovered hydrochloric acid, from salt, and nitric acid, from saltpeter.
                Besides its obvious applications to gold extraction and purification, this discovery would fuel the dreams and despair of alchemists for the next thousand years. He is also credited with the discovery of citric acid.
                Ibn Hayyan is famous for writing more than one hundred monumental treatises, of which twenty-two deal with chemistry and alchemy. He introduced experimental investigation into alchemy (derived from Arabic word al-Kimiya), creating the momentum for the modern Chemistry. Jabir emphasized experimentation and development of methods to achieve reproducibility in his work. He devoted his effort to the development of basic chemical methods and the study of various mechanisms of chemical reactions and thus helped evolve chemistry as a science from the legends of alchemy. Jabir emphasized that definite quantities of various substances are involved in a chemical reaction. Therefore, it can be said that he paved the way for the law of constant proportions.
                Jabir applied his chemical knowledge to the improvement of many manufacturing processes, such as the making of steel, corrosion prevention, gold lettering, cloth dyeing and waterproofing, leather tanning, and the chemical analysis of pigments and other substances. He developed the use of manganese dioxide in glassmaking, to counteract the green tinge produced by iron — a process that is still used to this day. Jabir was a pioneer in the development of a number of applied chemical processes. His contributions include preparation of various ************ls, varnishing of waterproof cloth, identification of paints and greases. In addition, he developed aqua regia to dissolve gold.
                He noted that boiling Alcohol released a flammable vapor, thus paving the way to Al-Razi's discovery of ethanol.
                His contribution of fundamental importance to chemistry includes perfection of scientific techniques such as crystallization, distillation, calcination, sublimation and evaporation and development of several instruments for conducting these experiments. Jabir's major practical achievement was the discovery of minerals and acids, which he prepared for the first time in his alembic (Anbique). His invention of the alembic made the distillation process easy and systematic. Among his various breakthroughs is the preparation of nitric, hydrochloric, citric and tartaric acids. Jabir's emphasis on systematic experimentation is outstanding. It is on the basis of such works that he is regarded as the father of modern Chemistry. In the words of Max Mayerhaff, the development of chemistry in Europe can be traced directly to Jabir.
                In the Middle Ages, Jabir's treatises on chemistry were translated into Latin and became standard texts for European alchemists. These include the Kitab al-Kimya (titled "Book of the Composition of Alchemy" in Europe), translated by Robert of Chester (1144) and the Kitab al-Sab'een by Gerard of Cremona (before 1187). Berthelot translated some his books known by the titles "Book of Kingdom", "Book of the Balances," "Book of Eastern Mercury," and it is obvious that he did not use correct titles for Jabir's books. It became soon obvious that this so-called translator used all means to belittle Jabir’s achievements and attribute them to others European Scientists. Several technical terms introduced by Jabir, such as alkali, have found their way into various European languages and have become part of scientific vocabulary.
                Jabir also made important contributions to medicine, astronomy, and other sciences. Unfortunately, only a few of his books have been edited and published, and fewer still are available in translation.
                To Aristotelian physics, Jabir added the four properties of hotness, coldness, dryness, and moistness. Each Aristotelian element was characterized by these qualities: fire was both hot and dry, earth cold and dry, water cold and moist, and air hot and moist. In ************ls two of these qualities were interior and two were exterior. For example, lead was cold and dry and gold was hot and moist. Thus, Jabir theorized, by rearranging the qualities of one ************l, a different ************l would result. This theory appears to have originated the search for al-iksir, the elusive elixir that would make this transformation possible — which in European alchemy became known as the philosopher's stone.
                In his treatise on the silvering of copper and iron, and in what has become known as “The Discovery of secrets”, Jabir wrote: “You must value and not contradict what is written; remember well how to manage without diminishing or augmenting, take as much as you wish of the stone mixed with its mixture and grind it with some water, mixed with copperas and Sal ammoniac until it becomes black. Then put it very near a very slight heat until it smells like semen. When it has that smell take it away and wash it slowly with some clear water, and then roast it gently until you notice a visible vapour. In this way its water will be driven off, and the stone itself will become light, without losing its essence. Take it off and dip it again into water, powdering it under water, and roast it as before. Its blackness begins to diminish. Take off the stone when it is dry and its water absorbed. Grind it well in some clear water and roast it again. It begins to be green, and then this blackness will disappear. When you see the stone beginning to turn green, be sure you are in the right path. Move it then when it becomes quite green and has the appearance of verdigris. This will show that the process is right, and the stone has lost its Sal ammoniac which would have corrupted it. After powdering it in some water, put it into a vessel well luted with plaster, place it on a gentle fire, and distil off all its water. Be patient and do not be in a hurry to increase the fire which will corrupt it; for you will repent, and your Itallic repentance will never be of avail. When you distil off all its water, take it off, and powder it in the same distilled water. Then return it to the vessel, and renew the distillation.
                I recommend you to distil it 700 times like the rods of myrtle, and Indian cane. I have not explained this hint in any one of my books, but in this only. I have told you the opinion of philosophers without diminishing or increase, and have not concealed anything from you. When the stone becomes green we call it myrtle, and when it returns to yellow, we give it the name of Indian cane. You must know that it becomes gradually black from the first to the last. It remains quite black from five to ten roastings; then it slowly becomes green, and has the colour completely in 50 or 70 roastings. This is the end. If the stone acquires these qualities, there will be no doubt of its goodness. Its yellow colour begins bye-and-bye to disappear and the stone will completely lose its clearness in 70 roastings. Then the stone will have the same degree as the sun, and similar coloured rays. It will burn, and become ashes. They are the same ashes mentioned in the books of philosophers. If you continue the same process, the ashes will become quite white. This is the fourth sign, which is the sign of perfection. Therefore you must continue to proceed as before without diminishing or increase. Then it is necessary to augment the fire just a little, and do not fear the corruption. If you continue to distil it you must return the distilled water on it, and in every distillation the water diminishes; therefore it is necessary, every ten distillations, to add some clear water to the distilled water with which you pulverize it. If the stone begins to turn white, you must continue the same process until it turns very white. This will be from 500 distillations. If the fire diminish, and the operator be clever, knowing well the quantity of fire, from 450 distillations (the total is 900 distillations), the stone, you may be sure, will have a complete and real whiteness. In this state you may operate for giving copper and iron a coating of silver. You can also operate on melted crystal, and pearls, and many other minerals.

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                • #9
                  In the name of allah the merciful the benefist>
                  peace be upon on you brothers & sisters.
                  actually I want to thanks verry verry well my brother :" في ثار الزهراء"
                  and my other brother : "Immorta" for their great help
                  finally I say I WISH THAT WORK WILL
                  BE ONE OF YOUR GOOD DONE FOR GAD
                  وأسأل الله ان يجعله في ميزان حسناتكم .....وعذرا ان اخطأت فلست من المتكنين باللغة الانكليزية.....

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