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Pierre Gassendi

 
Scientist:

Pierre Gassendi

French physicist and philosopher (1592–1655)

Gassendi was born at Champtercier in France. After being educated in Aix and Paris, he gained a doctorate in theology from Avignon in 1616, was ordained in 1617, and in the same year was appointed to the chair of philosophy at Aix. In 1624 Gassendi moved to Digne where he served as provost of the cathedral until 1645 when he was elected to the professorship of mathematics at the Collège Royale in Paris, resigning because of illness in 1648.

As a practicing astronomer Gassendi made a large number of observations of comets, eclipses, and such celestial phenomena as the aurora borealis – a term he introduced himself. His most significant observation was of the 1631 transit of Mercury, the first transit to be observed, which he recorded in his Mercurius in sole visus (1632; Mercury in the Face of the Sun) as support for the new astronomy of Johannes Kepler.

In physics Gassendi attempted to measure the speed of sound and obtained the (too high) figure of 1473 feet per second. He also, in 1640, performed the much contemplated experiment of releasing a ball from the mast of a moving ship; as he expected, it fell to the foot of the mast in a straight line.

Gassendi's importance to science rests with his role as a propagandist and philosopher rather than as an experimentalist. Even though the Paris parliament declared in 1624 that on penalty of death “no person should either hold or teach any doctrine opposed to Aristotle,” Gassendi published in the same year his Excertitationes…adversus Aristoteleos (Dissertations…against Aristotle), the first of his many works attacking both medieval Scholasticism and Aristotelianism. Nor did Gassendi find much attraction in the then emerging system of René Descartes. Instead he sought in his influential Animadversiones in decimum librum Diogenes Laertii (1649; Observations on the Tenth Book of Diogenes Laertius) to revive the classical atomism of Epicurus, suitably modified to ensure its compatibility with 17th-century Christianity. Unlike Epicurus he insisted that the atoms were created by God who also bestowed on man an immaterial soul; against Descartes he admitted the existence of the void within which his atoms could interact.

Gassendi's works were well known in England and exercised considerable influence on such leading scientists as Robert Boyle.

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French Literature Companion:

Pierre Gassendi

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Gassendi, Pierre (1592-1655). Priest, philosopher, and astronomer, considered in his own day Descartes's most formidable French opponent. A native of Provence, he completed his university education in the south, and became known through the publication of the first volume of his anti-Aristotelian Exercitationes in 1624. Soon after he made contact with Mersenne, Descartes, Peiresc, and others. The final 30 years of his life were divided almost equally between Provence and Paris. He published a number of works on astronomical observations, and biographies of such astronomers as Tycho Brahe and Copernicus, but he is best known today for his exposition of the philosophy of Epicurus and his defence of scepticism. These aspects of his work, together with his commitment to the new science, have led some historians to associate him with the libertins, but it seems much more appropriate to see in him a member of that group of progressive thinkers and participants in the nascent European republic of science and letters for whom an attachment to traditional Catholicism was compatible with the pursuit of mechanistic science, empiricism, anti-Aristotelianism, and an opposition to metaphysics in all its forms. It was this last feature of Gassendi's thought which led him into conflict with Descartes, on whose works he wrote a number of penetrating critiques.

His own scientific endeavours, whether theoretical or practical, are not particularly innovative; nor did he grasp the importance of the mathematical and quantitative approach to science which informed the work of his contemporaries and friends. But he represents the new spirit of free rational enquiry liberated from scholastic physics and cosmology. His work on Epicurus was directed at removing the taint of hedonism from Epicurean philosophy, and rehabilitating materialism, which, he argued, was not incompatible with Catholic theology. A collected edition of his works appeared posthumously in Latin in 1658; Bernier produced a French account of his philosophy in 1675. He was one of the ‘tétrade’ of friends, with Naudé, La Mothe le Vayer, and later Patin, who were active in the philosophical and literary life of Paris in the middle years of the century.

[Ian Maclean]

Bibliography

  • H. Berr (ed.), Pierre Gassendi (1955)
Philosophy Dictionary:

Pierre Gassendi

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Gassendi, Pierre (1592-1655) French philosopher and mathematician. Born in Provence and educated as a priest, Gassendi taught at Digne and at Aix before being appointed to the chair of mathematics at the Royal College of France in Paris in 1645. His earliest work (Exercitationes Paradoxicae adversus Aristoteleos, 1624, trs. as Exercises against the Aristotelians, 1972) develops the ‘mitigated scepticism’ that characterizes much of his philosophical outlook. Gassendi had a deep respect for ancient scepticism, and his objections to Descartes's Meditations (collected as the fifth set of objections) mount a withering attack on the foundational role of ‘clear and distinct ideas’ in Descartes's work. These were later expanded into the Disquisitio Metaphysica (1644). But along with his scepticism Gassendi reserved a place for genuine scientific knowledge and enquiry, and cultivated an atomism owing much to Epicurus, and itself much in tune with the emergent materialistic science of the 17th century. Gassendi three volumes of commentary on Epicurus were among the works collected in the posthumous Opera Omnia of 1658.

 
Columbia Encyclopedia:

Pierre Gassendi

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Gassendi, Pierre (pyĕr gäsäNdē'), 1592-1655, French philosopher and scientist. A teacher and priest, Gassendi taught at Digne, Aix, and the Royal College at Paris and held several church offices. He ranked with the leading mathematicians of his day. He violently opposed the authoritarianism of Aristotle, especially in the Exercitationes paradoxicae adversus Aristoteleos (1624). He revived and interpreted the atomic theory of Democritus and Epicurus in terms of the new science, thereby opposing the Cartesian school, and also attempted to reconcile atomism and Epicurean ethics with the teachings of the church.
History 1450-1789:

Pierre Gassendi

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Gassendi, Pierre (1592–1655), French Catholic priest and philosopher. Born in Provence on 22 January 1592, Gassendi was admitted to the clerical state in 1604 and received his doctor of theology degree at the University of Avignon in 1614. He studied philosophy and theology at the college of Aix-en-Provence, where he later taught from 1616 to 1622. He published his first book, Exercitationes Paradoxicae adversus Aristoteleos, in 1624, a work in which he criticized Aristotelianism by using the skeptical arguments of the ancient philosopher Sextus Empiricus (fl. c. 200 C.E.). Having rejected Aristotelianism, Gassendi undertook the task of creating a new, complete philosophy, one that included the three traditional areas: logic, physics, and ethics. Writing in the style of the Renaissance humanists, Gassendi chose the ancient atomist and hedonist Epicurus (341–271 B.C.E.) as his model. Before European intellectuals could accept the philosophy of Epicurus, it had to be purged of various heterodox notions, such as materialism and the denial of creation and providence.

Gassendi worked on his Epicurean project from the 1620s until his death. The massive, posthumous Syntagma Philosophicum (1658) is the culmination of this project. It consists of three parts: "The Logic," "The Physics," and "The Ethics." In "The Logic," Gassendi presented his theory of knowledge, which he had first articulated in the Exercitationes. His empiricist theory of knowledge was an outgrowth of his response to skepticism. Accepting the skeptical critique of sensory knowledge, he denied that we can have certain knowledge of the real essences of things. Rather than falling into skeptical despair, however, he argued that we can acquire knowledge of the way things appear to us. This "science of appearances" is based on sensory experience and can only attain probability. It can, nonetheless, provide knowledge useful for living in the world. Gassendi denied the existence of essences in either the Platonic or Aristotelian sense and identified himself as a nominalist.

In "The Physics," Gassendi presented a Christianized version of Epicurean atomism. Like Epicurus, he claimed that the physical world consists of indivisible atoms moving in void space. Unlike the ancient atomist, Gassendi argued that there exists only a finite, though very large, number of atoms, that God created these atoms, and that the resulting world is ruled by divine providence rather than blind chance. Deeply involved in the natural philosophy of his time, Gassendi tried to provide atomistic explanations of all the phenomena in the world, including the qualities of things, inanimate bodies, plants, and animals. In contrast to Epicurus's materialism, Gassendi enriched his atomism by arguing for the existence of an immaterial, immortal soul. He also believed in the existence of angels and demons. His theology was voluntarist, emphasizing God's freedom to impose his will on the creation.

Adopting the hedonistic ethics of Epicurus, which sought to maximize pleasure and minimize pain, Gassendi reinterpreted the concept of pleasure in a distinctly Christian way. He believed that God endowed humans with free will and an innate desire for pleasure. Thus, by utilizing the calculus of pleasure and pain and by exercising their ability to make free choices, they participate in God's providential plans for the creation. The greatest pleasure humans can attain is the beatific vision of God after death. Based on his hedonistic ethics, Gassendi's political philosophy was a theory of the social contract, a view that influenced the writings of Hobbes and Locke. His emphasis on free will—both human and divine—led him to reject astrology, which he considered absurd, and other forms of divination that entailed any kind of hard determinism in the world.

Gassendi was an active participant in the philosophical and natural philosophical communities of his day. He corresponded with Galileo during his troubles with the church, and interacted with both Hobbes and Descartes. He conducted experiments on various topics in natural philosophy, wrote extensively about astronomy, corresponded with important natural philosophers, and wrote a treatise defending Galileo's new science of motion. Gassendi's version of the mechanical philosophy rivaled that of Descartes, with whom he engaged in an extensive controversy following the publication of the latter's Meditations in 1641.

Gassendi's philosophy was promulgated in England in several books published in the 1650s by Walter Charleton (1620–1707) and in France by François Bernier's Abrégé de la philosophie de Gassendi (1674). A younger generation of natural philosophers, including Robert Boyle (1627–1690) and Isaac Newton (1642–1727), who accepted the mechanical philosophy, faced a choice between Gassendi's atomism and Descartes's plenism. John Locke (1632–1704) absorbed many of Gassendi's ideas about epistemology and ethics, which thus had considerable influence on the subsequent development of empiricist epistemology and liberal political philosophy.

Bibliography

Primary Sources

Gassendi, Pierre. Opera Omnia. Lyon, 1658; reprinted Stuttgart-Bad Canstatt, 1964.

——. The Selected Works of Pierre Gassendi. Translated by Craig Brush. New York, 1972.

Secondary Sources

Osler, Margaret J. Divine Will and the Mechanical Philosophy: Gassendi and Descartes on Contingency and Necessity in the Created World. Cambridge, U.K., and New York, 1994.

Sarasohn, Lisa T. Gassendi's Ethics: Freedom in a Mechanistic Universe. Ithaca, N.Y., 1996.

—MARGARET J. OSLER

Wikipedia:

Pierre Gassendi

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Pierre Gassendi
Painted by Louis Édouard Rioult.

Pierre Gassendi (January 22, 1592 – October 24, 1655) was a French philosopher, priest, scientist, astronomer, and mathematician. With a church position in south-east France, he also spent much time in Paris, where he was a leader of a group of free-thinking intellectuals. He was also an active observational scientist, publishing the first data on the transit of Mercury in 1631. The lunar crater Gassendi is named after him.

He wrote numerous philosophical works, and some of the positions he worked out are considered significant, finding a way between scepticism and dogmatism. Richard Popkin indicates that Gassendi was one of the first thinkers to formulate the modern "scientific outlook", of moderated scepticism and empiricism. He clashed with his contemporary Descartes on the possibility of certain knowledge. His best known intellectual project attempted to reconcile Epicurean atomism with Christianity.

Contents

Biography

Early life

Gassendi was born at Champtercier, near Digne, in France. A youthful prodigy, at a very early age he showed academic potential and attended the college at Digne, where he displayed a particular aptitude for languages and mathematics. Soon afterwards he entered the University of Aix-en-Provence, to study philosophy under Philibert Fesaye. In 1612 the college of Digne called him to lecture on theology. Four years later he received the degree of Doctor of Theology at Avignon, and in 1617 he took holy orders. In the same year he answered a call to the chair of philosophy at Aix-en-Provence University, and seems gradually to have withdrawn from theology.


He lectured principally on the Aristotelian philosophy, conforming as far as possible to the orthodox methods. At the same time, however, he followed with interest the discoveries of Galileo and Kepler. He came into contact with the astronomer Joseph Gaultier de La Valette (1564-1647).[1]

Priesthood

In 1621, he was the first person to give the Aurora Borealis a name.

In 1623 the Society of Jesus took over the University of Aix. They filled all positions with Jesuits, so Gassendi was required to find another institution.[2] He left, returning to Digne, and then travelled for the chapter to Grenoble.[3]. In 1624 he printed the first part of his Exercitationes paradoxicae adversus Aristoteleos. A fragment of the second book later appeared in print at La Haye (1659), but Gassendi never composed the remaining five, apparently thinking that the Discussiones Peripateticae of Francesco Patrizzi left little scope for him.

He spent some time with his patron Nicolas Peiresc. After 1628 Gassendi travelled in Flanders and in Holland where he encountered Isaac Beeckman, with François Luillier.[3][4] He returned to France in 1631, and two years later became provost of Digne Cathedral. In 1631, Gassendi became the first person to observe the transit of a planet across the Sun, viewing the transit of Mercury that Kepler had predicted. In December of the same year, he watched for the transit of Venus, but this event occurred when it was night time in Paris.

During this time he wrote some works, at the instance of Marin Mersenne. They included his examination of the mystical philosophy of Robert Fludd,[5] an essay on parhelia,[6] and some observations on the transit of Mercury.

The 1640s

Gassendi then spent some years travelling through Provence with the duke of Angoulême, governor of the region. During this period he wrote only the one literary work, his Life of Peiresc, whose death in 1637 seemed to afflict him deeply;[7] it received frequent reprintings and an English translation. He returned to Paris in 1641, where he met Thomas Hobbes.[8] He gave some informal philosophy classes, gaining pupils or disciples; according to the biographer Grimarest, these included Molière, Cyrano de Bergerac (whose participation in classes is disputed[9], Jean Hesnault and Claude-Emmanuel Chapelle, son of Lullier.[10][11]

In 1642 Mersenne engaged him in controversy with René Descartes. His objections to the fundamental propositions of Descartes appeared in print in 1642; they appear as the Fifth Set of Objections in the works of Descartes.[12] Gassendi's tendency towards the empirical school of speculation appears more pronounced here than in any of his other writings. Jean-Baptiste Morin attacked his De motu impresso a motore translato (1642).[7]

In 1645 he accepted the chair of mathematics in the Collège Royal in Paris, and lectured for several years with great success. In addition to controversial writings on physical questions, there appeared during this period the first of the works for which historians of philosophy remember him. In 1647 he published the well-received treatise De vita, moribus, et doctrina Epicuri libri octo. Two years later appeared his commentary on the tenth book of Diogenes Laërtius.[13] In the same year he had published the more important commentary Syntagma philosophiae Epicuri.[14]

In 1648 ill-health compelled him to give up his lectures at the Collège Royal. Around this time he became reconciled to Descartes, after years of coldness, through the good offices of César d'Estrées.[15]

Death and memorial

He travelled in the south of France, in the company of his protégé, aide and secretary François Bernier, another pupil from Paris. He spent nearly two years at Toulon, where the climate suited him. In 1653 he returned to Paris and resumed his literary work, publishing in that year lives of Copernicus and of Tycho Brahe.The disease from which he suffered, a lung complaint, had, however, established a firm hold on him. His strength gradually failed, and he died at Paris in 1655. A bronze statue of him was erected by subscription at Digne in 1852.

Writings

Edward Gibbon styled him, with some truth -- "Le meilleur philosophe des littérateurs, et le meilleur littérateur des philosophes" (The greatest philosopher among literary men, and the greatest literary man among philosophers).

Henri Louis Habert de Montmor published Gassendi's collected works, most importantly the Syntagma philosophicum (Opera, i. and ii.), in 1658 (6 vols., Lyons). Nicolaus Averanius published another edition, also in 6 folio volumes, in 1727. The first two comprise entirely his Syntagma philosophicum; the third contains his critical writings on Epicurus, Aristotle, Descartes, Robert Fludd and Herbert of Cherbury, with some occasional pieces on certain problems of physics; the fourth, his Institutio astronomica, and his Commentarii de rebus celestibus; the fifth, his commentary on the tenth book of Diogenes Laërtius, the biographies of Epicurus, Nicolas-Claude Fabri de Peiresc, Tycho Brahe, Nicolaus Copernicus, Georg von Peuerbach, and Regiomontanus, with some tracts on the value of ancient money, on the Roman calendar, and on the theory of music, with an appended large and prolix piece entitled Notitia ecclesiae Diniensis; the sixth volume contains his correspondence. The Lives, especially those of Copernicus, Tycho and Peiresc, received much praise.

Philosophical writing

The Exercitationes excited much attention, though they contain little or nothing beyond what others had already advanced against Aristotle. The first book expounds clearly, and with much vigour, the evil effects of the blind acceptance of the Aristotelian dicta on physical and philosophical study; but, as occurs with so many of the anti-Aristotelian works of this period, the objections show the usual ignorance of Aristotle's own writings. The second book, which contains the review of Aristotle's dialectic or logic, throughout reflects Ramism in tone and method. The objections to Descartes—one of which at least, through Descartes's statement of it in the appendix of objections in the Meditations has become famous—have no speculative value, and in general stem from the crudest empiricism.

Animadversiones and Epicurus

His Animadversiones of 1649 contain a translation of Diogenes Laertius, Book X on Epicurus, and appeared with a commentary, in the form of the Syntagma philosophiae Epicuri.[16] His labours on Epicurus have historical importance, but along with strong expressions of empiricism we find him holding doctrines absolutely irreconcilable with empiricism in any form. The English Epicurean Walter Charleton produced an English free adaptation of this book, Physiologia Epicuro-Gassendo-Charletonia, in 1654.[16]

For while he maintains constantly his favourite maxim "that there is nothing in the intellect which has not been in the senses" (nihil est in intellectu quod non prius fuerit in sensu), while he contends that the imaginative faculty (phantasia) is the counterpart of sense -- that, as it has to do with material images, it is itself, like sense, material, and essentially the same both in men and brutes; he at the same time admits that the intellect, which he affirms as immaterial and immortal -- the most characteristic distinction of humanity -- attains notions and truths of which no effort of sensation or imagination can give us the slightest apprehension (Op. ii. 383). He instances the capacity of forming "general notions"; the very conception of universality itself (ib. 384), to which he says brutes, who partake as truly as men in the faculty called phantasia, never attain; the notion of God, whom he says we may imagine as corporeal, but understand as incorporeal; and lastly, the reflex action by which the mind makes its own phenomena and operations the objects of attention.

The Syntagma philosophicum

The Syntagma philosophicum sub-divides, according to the usual fashion of the Epicureans, into logic (which, with Gassendi as with Epicurus, is truly canonic), physics and ethics.

The logic contains a sketch of the history of the science De origine et varietate logicae, and is divided into theory of right apprehension (bene imaginari), theory of right judgment (bene proponere), theory of right inference (bene colligere), theory of right method (bene ordinare). The first part contains the specially empirical positions which Gassendi afterwards neglects or leaves out of account. The senses, the sole source of knowledge, supposedly yield us immediate cognition of individual things; phantasy (which Gassendi takes as material in nature) reproduces these ideas; understanding compares these ideas, each particular, and frames general ideas. Nevertheless, he admits that the senses yield knowledge -- not of things -- but of qualities only, and that we arrive at the idea of thing or substance by inductive reasoning. He holds that the true method of research is the analytic, rising from lower to higher notions; yet he sees and admits that inductive reasoning, as conceived by Francis Bacon, rests on a general proposition not itself proved by induction. The whole doctrine of judgment, syllogism and method mixes Aristotelian and Ramist notions.

In the second part of the Syntagma, the physics, appears the most glaring contradiction between Gassendi's fundamental principles. While approving of the Epicurean physics, he rejects the Epicurean negation of God and particular providence. He states the various proofs for the existence of an immaterial, infinite, supreme Being, asserts that this Being is the author of the visible universe, and strongly defends the doctrine of the foreknowledge and particular providence of God. At the same time he holds, in opposition to Epicureanism, the doctrine of an immaterial rational soul, endowed with immortality and capable of free determination. Friedrich Albert Lange[17] claimed that all this portion of Gassendi's system contains nothing of his own opinions, but is introduced solely from motives of self-defence.

The positive exposition of atomism has much that is attractive, but the hypothesis of the calor vitalis (vital heat), a species of anima mundi (world-soul) which he introduces as a physical explanation of physical phenomena, does not seem to throw much light on the special problems which he invokes it to solve. Nor is his theory of the weight essential to atoms as being due to an inner force impelling them to motion in any way reconcilable with his general doctrine of mechanical causes.

In the third part, the ethics, over and above the discussion on freedom, which on the whole is indefinite, there is little beyond a milder statement of the Epicurean moral code. The final end of life is happiness, and happiness is harmony of soul and body (tranquillitas animi et indolentia corporis). Probably, Gassendi thinks, perfect happiness is not attainable in this life, but it may be in the life to come.

Views

According to Gabriel Daniel, Gassendi was a little Pyrrhonian in matters of science; but that was no bad thing.[18] He wrote against the magical animism of Robert Fludd, and judicial astrology.[19][20] He became dissatisfied with the Peripatetic system, the orthodox approach to natural philosophy based on the writings of Aristotle. Gassendi shared the empirical tendencies of the age. He contributed to the objections against Aristotelian philosophy, but waited to publish his own thoughts.

There remains some controversy as to the extent to which Gassendi subscribed to the so-called libertinage érudit, the learned free-thinking that characterised the Tétrade, the Parisian circle to which he belonged, along with Gabriel Naudé and two others (Élie Diodati and François de La Mothe Le Vayer). Gassendi, at least, belonged to the fideist wing of the sceptics, arguing that the absence of certain knowledge implied the room for faith.[21]

In his dispute with Descartes he did apparently hold that the evidence of the senses remains the only convincing evidence; yet he maintains, as is natural from his mathematical training, that the evidence of reason is absolutely satisfactory.

Early Commentary

Samuel Sorbière, a disciple,[22] recounts Gassendi's life in the first collected edition of the works, by Joseph Bougerel, Vie de Gassendi (1737; 2nd ed., 1770); as does Damiron, Mémoire sur Gassendi (1839). An abridgment of his philosophy was given by his friend, the celebrated traveller, François Bernier (Abrégé de la philosophie de Gassendi, 8 vols., 1678; 2nd ed., 7 vols., 1684).

Notes

  1. ^ Dictionary of Scientific Biography
  2. ^ http://www-groups.dcs.st-and.ac.uk/~history/Biographies/Gassendi.html
  3. ^ a b Galileo Project page
  4. ^ http://archimedes2.mpiwg-berlin.mpg.de/archimedes_templates/biography.html?-table=archimedes_authors&author=Gassendi,%20Pierre&-find
  5. ^ Epistolica Exercitatio, in qua precipua principia philosophiae Roberti Fluddi deteguntur, 1631.
  6. ^ Epistola de parheliis.
  7. ^ a b http://www.clas.ufl.edu/users/rhatch/pages/11-ResearchProjects/gassendi/06rp-g-bio.htm
  8. ^ Patricia Springborg (editor), The Cambridge Companion to Hobbes's Leviathan (2007), p. 422.
  9. ^ http://www.paulvates.com/cyranohistory.html
  10. ^ http://www.2020site.org/moliere/earlylife.html
  11. ^ http://agora.qc.ca/reftext.nsf/Documents/Jean-Baptiste_Poquelin_dit_Moliere--Moliere_eleve_de_Pierre_Gassendi_par_Gaston_Sortais
  12. ^ Stanford Encyclopedia of Philosophy, Descartes' Ontological Argument
  13. ^ De vita, moribus, et placitis Epicuri, seu Animadversiones in X. librum Diog. Laër. (Lyons, 1649; last edition, 1675.
  14. ^ Lyons, 1649; Amsterdam, 1684.
  15. ^ Desmond M. Clarke, Descartes: A Biography (2006), p. 377.
  16. ^ a b http://plato.stanford.edu/entries/gassendi/
  17. ^ Geschichte des Materialismus, 3rd ed., i. 233.
  18. ^ Richard Popkin, The History of Scepticism from Erasmus to Spinoza (1979), p. 104.
  19. ^ Keith Thomas, Religion and the Decline of Magic (1973), p. 418 and p. 770.
  20. ^ http://www.philosophy.leeds.ac.uk/GMR/homepage/ueberweg.html
  21. ^ http://plato.stanford.edu/entries/fideism/
  22. ^ http://www.webspawner.com/users/alanbailey/scept7z.html

References

Nineteenth Century Commentary

  • Johann Gottlieb Buhle, Geschichte der neuern Philosophie, iii. 1, 87-222
  • Jean Philibert Damiron, Mémoires pour servir a l'histoire de philosophie au XVII siècle
  • Feuerbach, Gesch. d. neu. Phil. von Bacon als Spinoza, 127-150
  • C. Güttler, "Gassend oder Gassendi?" in Archiv f. Gesch. d. Philos. x. (1897), pp. 238–242.
  • F. X. Kiefl, P. Gassendis Erkenninistheorie and seine Stellung zum Materialismus (1893) and "Gassendi's Skepticismus" in Philos. Jahrb. vi. (1893)
  • Heinrich Ritter, Geschichte der Philosophie, x. 543-571
  • Pierre-Félix Thomas, La Philosophie de Gassendi (Paris, 1889)

Recent and Twentieth Century Commentary

  • Alberti Antonina (1988). Sensazione e realtà. Epicuro e Gassendi, Florence, Leo T. Olschki. ISBN 88-222-3608-4
  • Olivier Bloch (1971). La philosophie de Gassendi. Nominalisme, matérialisme et métaphysique, La Haye, Martinus Nijhoff, ISBN 90-247-5035-0
  • George Sidney Brett, Philosophy of Gassendi, (London, 1908)
  • Franz Daxecker, The Physicist and Astronomer Christoph Scheiner: Biography, Letters, Works, Innsbruck 2004, Publikations of Innsbruck University 246, ISBN 3-901249-69-9
  • Saul Fisher (2005). Pierre Gassendi's Philosophy and Science, Leiden/Boston, Brill. ISBN 978-90-04-11996-3
  • Lynn Sumida Joy (1987). Gassendi the Atomist: Advocate of History in an Age of Science, Cambridge, UK/New York, Cambridge University Press. ISBN 0-521-52239-0
  • Antonia Lolordo (2007). Pierre Gassendi and the Birth of Early Modern Philosophy, Cambridge, UK/New York, Cambridge University Press. ISBN 978-0-521-86613-2
  • Marco Messeri (1985). Causa e spiegazione. La fisica di Pierre Gassendi, Milan, Franco Angeli. ISBN 88-204-4045-8
  • Margaret J. Osler (1994). Divine Will and the Mechanical Philosophy: Gassendi and Descartes on Contingency and Necessity in the Created World, Cambridge, UK/New York, Cambridge University Press. ISBN 0-521-46104-9
  • Rolf W. Puster (1991). Britische Gassendi-Rezeption am Beispiel John Lockes, Frommann-Holzboog. ISBN 3-7728-1362-3
  • Reiner Tack (1974). Untersuchungen zum Philosophie- und Wissenschaftsbegriff bei Pierre Gassendi: (1592–1655), Meisenheim (am Glan), Hain. ISBN 3-445-01103-6
  • Pierre Gassendi, Oliver Thill: The Life of Copernicus (1473–1543): the man who did not change the world, 2002, ISBN 1591601932 [1]


See also

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