“A Letter of Mr. Isaac Newton, Professor of the Mathematics in the University of Cambridge; containing his New Theory about Light and Colors,” Phil. Trans. 80 (February 1671/2), 3075–87.Google Scholar

“An account of a New Catadioptrical Telescope invented by Mr. Newton,” Phil. Trans. 81 (March 1672), 4004–10.Google Scholar

“Mr. Newton’s Letter to the Publisher of March 26, 1672, containing some more suggestions about his New Telescope,” Phil. Trans. 82 (April 1672), 4032–4.CrossRefGoogle Scholar

“An extract of another Letter of the same to the Publisher, dated March 30, 1672, by way of Answer to some Objections, made by an Ingenious French Philosopher [A. Auzout] to the New Reflecting telescope,” Phil. Trans. 82 (April 1672), 4034–5.CrossRefGoogle Scholar

“Mr. Isaac Newton’s Considerations upon part of a Letter of Monsieur de Bercé printed in the Eighth French Mémoire, containing the Catadioptrical Telescope, pretended to be improv’d and refined by Mr. Cassegrain,” Phil. Trans. 83 (May 1672), 4056–9.CrossRefGoogle Scholar

“Some experiments proposed in relation to Mr. Newton's Theory of light, printed in Numb. 80; together with the Observations made thereupon by the Author of that Theory,” Phil Trans. 83 (May 1672), 4059–62.CrossRefGoogle Scholar

“Mr. Newton’s Letter of April 13, 1672 … being an Answer to the foregoing Letter of P. Pardies,” Phil. Trans. 84 (June 1672), pp. 4087–93.CrossRefGoogle Scholar

“A Series of Quere’s propounded by Mr. Isaac Newton, to be determined by Experiments, positively and directly concluding his new Theory of Light and Colours,” Phil. Trans. 85 (July 1672), pp. 5004–7.CrossRefGoogle Scholar

“Mr. Newton’s Answer to the foregoing [second] Letter [of P. Pardies],” Phil. Trans. 85 (July 1672), pp. 5012–18.CrossRefGoogle Scholar

“Mr. Isaac Newton’s Answer to some Considerations [of Robert Hooke] upon his Doctrine of Light and Colors,” Phil. Trans. 88 (November 1672), 5084–103.CrossRefGoogle Scholar

“Mr Newton’s Answer to the foregoing Letter [of Christiaan Huygens] further explaining his Theory of Light and Colors, and particularly that of Whiteness; together with his continued hopes of perfecting Telescopes by Reflections rather than Refractions,” Phil. Trans. 96 (July 1673), 6087–92.CrossRefGoogle Scholar

“An Extract of Mr. Isaac Newton’s Letter, written to the Publisher from Cambridge April 3, 1673, concerning the Number of Colors, and the Necessity of mixing them all for the Production of White, [in further response to Huygens],” Phil. Trans. 97 (October 1673), 6108–11.CrossRefGoogle Scholar

“An Answer to this Letter [of Franc. Linus],” Phil. Trans. 110 (January 1674/5), 150.Google Scholar

“Mr. Isaac Newton’s Considerations on the former Reply [to Linus]; together with further Directions, how to make Experiments controverted aright,” Phil. Trans. 121 (January 1675/6), 500–2.Google Scholar

“A Extract of another Letter of Mr. Newton, written to the Publisher the 10th of January 1675/6, relating to the same Argument,” Phil. Trans. 121 (January 1675/6), 503–4.Google Scholar

“A particular Answer of Mr. Isaak Newton to Mr. Linus his Letter, printed in Numb. 121, p.499, about an Experiment relating to the New Doctrine of Light and Colours,” Phil. Trans. 123 (March 1676), 556–61.CrossRefGoogle Scholar

“Mr. Newton’s Answer to the precedent Letter [of Anthony Lucas], sent to the Publisher” Phil. Trans. 128 (September 1676), 698–705.CrossRefGoogle Scholar

Philosophiae Naturalis Principia Mathematica (London, 1687; 2nd edition, Cambridge, 1713; 3rd edition, London, 1726). The second edition was reprinted in Amsterdam in 1714 and again in 1723. The third edition was reprinted in Geneva in 1739–42 (with an extensive commentary) and again in 1760, as well as in Prague in 1780–5 (Books 1 and 2 only); the third edition was also reprinted in Samuel Horsley’s edition of Newton’s Opera (London, 1779–85), 5 vols. Bibliographical details of these, the several Excerpta in Latin and in English, and translations into other languages are given in the Variorum edition of Koyré and Cohen, listed below, Appendix VIII, pp. 851–83.Google Scholar

Isaac Newton's Philosophiae Naturalis Principia Mathematica, the Third Edition with Variant Readings, ed. A. Koyré and I. B. Cohen, with the assistance of Anne Whitman (Cambridge, MA: Harvard University Press; Cambridge: Cambridge University Press, 1972).Google Scholar

The Principia, Mathematical Principles of Natural Philosophy: A New Translation, trans. I. Bernard Cohen and Anne Whitman, with the assistance of Julia Budenz, preceded by “A Guide to Newton’s Principia” by I. B. Cohen (Berkeley, CA: University of California Press, 1999).Google Scholar

Opticks: or, A Treatise of the Reflexions, Refractions, Inflexions and Colours of Light (London, 1704; Latin edition, London, 1706; second English edition, London, 1717/18).Google Scholar

Opticks: or, A Treatise of the Reflections, Refractions, Inflections and Colours of Light. Based on the Fourth Edition London, 1730, with a preface by I. B. Cohen, a forward by Albert Einstein, an introduction by E. T. Whittaker, and an analytical table of contents by Duane H. D. Roller (New York: Dover, 1952).Google Scholar

Bernhardi Vareni Med. D. Geographia generalis, In qua affections generalis Telluris explicantur, Summa cura quam plurimis in locis emendata etc. … Ab Isaaco Newton Math. Prof. Lucasiano Apud Cantabrigienses (Cambridge, 1672).Google Scholar

[Anonymously] “Epistola missa ad praenobilem virum D. Carolum Montague Armigerum, Scaccarii Regii apud Anglos Cancellarium, & Societatis Regiae Praesidium, in qua solvuntur duo problemata mathematica à Johanne Bernoullo Mathematico celeberrimo proposita,” Phil. Trans. 224 (January 1696/7), 348–9. Reports Newton’s solution to the problem of the curve of the fastest descent. (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 8.)Google Scholar

“Scala graduum Caloris,” Phil. Trans. 270 (March and April 1701), 824–9.CrossRefGoogle Scholar

“Theoria Lunae,” an Appendix to David Gregory, Astronomiae Physicae & Geometricae Elementa (Latin edition, Oxford, 1702; English edition, London, 1715); English version published as a pamphlet in 1702 and reprinted in facsimile in Isaac Newton's Theory of the Moon's Motion (1702), introduction by I. B. Cohen (Folkestone, 1975).Google Scholar

“Tractatus de quadratura curvarum” and “Enumeratio linearum tertii ordinis,” published as appendices to the first edition of the Opticks, 1704; English translations of the “Tractatus” and “Enumeratio” (under the heading “Curves”) appeared in John Harris, Lexicon Technicum in 1710. (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vols. 7 and 8.)Google Scholar

Arithmetica Universalis, ed. William Whiston (Cambridge, 1707; first English translation, 1720; second Latin edition, edited by John Machin, 1722). (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 5.)Google Scholar

“De natura acidorum” and “Some Thoughts about the Nature of Acids,” in John Harris, Lexicon Technicum: Or, An Universal English Dictionary of ARTS and SCIENCES: explaining Not only the TERMS of ART, but the ARTS Themselves, vol. 2, Introduction (London, 1710).Google Scholar

“De analysi per aequationes numero terminorum infinitas,” in William Jones, Analysis per Quantitatum Series Fluxiones ac Differentias: Cum Enumeratione Linearum Tertii Ordinis (London, 1711). (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 2.)Google Scholar

“Methodis differentialis,” in William Jones, Analysis per Quantitatum Series Fluxiones ac Differentias: Cum Enumeratione Linearum Tertii Ordinis (London, 1711). (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 4.)Google Scholar

[Anonymously] “Problematis mathematicis anglis nuper propositi Solutio Generalis,” Phil. Trans. 347 (January–March 1716), 399–400. (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 8.)Google Scholar

[Anonymously] “An Account of the Book entituled Commercium Epistolicum Collinii & aliorum, De Analysi Promota; published by order of the Royal Society, in relation to the Dispute between Mr. Leibnitz and Dr. Keill, about the Right Invention of the Method of Fluxions, by some call'd the Differential Method,” Phil. Trans. 342 (1715), 173–224.Google Scholar

“Tabula refractorum,” Phil. Trans. 368 (1721), 172.Google Scholar

[Anonymously] “Ad lectorem,” in Commercium Epistolicum Collinii & aliorum, De Analysi Promota, 2nd edition, ed. Keill, John (London, 1722).Google Scholar

[Anonymously] “Remarks upon the Observations made upon a Chronological Index of Sir Isaac Newton, Translated into French by the Observator, and Publish'd at Paris” Phil. Trans. 389 (1725), 315–21.Google Scholar

The Chronology of Ancient Kingdoms Amended, edited by John Conduitt (London, 1728).Google Scholar

A Treatise of the System of the World, a translation of “De motu corporum liber secundus,” the second of Newton’s original two-book conception of the Principia, retitled by the translator (London, 1728).Google Scholar

De Mundi Systemate Liber, retitled publication of “De motu corporum liber secundus,” (London, 1728).Google Scholar

A Short Chronicle from the First Memory of Things in Europe to the Conquest of Persia by Alexander the Great, first published in a French translation in 1725 and then in English, edited by John Conduitt (London, 1728).Google Scholar

Optical Lectures read in the Public Schools of the University of Cambridge, Anno Domini, 1669, translated from the Latin (London, for Francis Fayram, 1728).Google Scholar

Lectiones Opticae, annis MDCLXIX, MDCLXX, MDCLXXI (London, 1729).Google Scholar

The Mathematical Principles of Natural Philosophy, translated into English by Andrew Motte; to which are added, The Laws of the Moon's Motion, according to Gravity, by John Machin (London, 1729).Google Scholar

Observations upon the Prophecies of Daniel and the Apocalypse of St. John, edited by Benjamin Smith (London and Dublin, 1733). (Edited by W. Whitla as Sir Isaac Newton's Daniel and the Apocalypse with an Introductory Study … of Unbelief, Miracles and Prophecy [London, 1922]).Google Scholar

The Method of Fluxions and Infinite Series; with its Application to the Geometry of Curve-Lines, translated from the Latin (London, 1736).Google Scholar

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“A Description of an Instrument for Observing the Moon's Distance from the fixt Stars at Sea,” Phil. Trans. 465 (October 1742), 155–6.Google Scholar

Newton’s letter to Robert Boyle of 28 February 1678/9, reproduced in T. Birch (ed.), The Works of the Honourable Robert Boyle, 5 vols. (London, 1744), vol. 1, pp. 70–73.Google Scholar

Two letters of Sir Isaac Newton to Mr. LeClerc : the former containing a dissertation upon the reading of the Greek text, I John, v. 7 : the latter upon that of I Timothy, iii 16 / published from authentick MSS in the Library of the Remonstrants in Holland. (London : Printed for J. Payne, 1754).Google Scholar

Four Letters from Sir Isaac Newton to Doctor Bentley concerning Some Arguments in Proof of a Deity (London, 1756).Google Scholar

“An Hypothesis Explaining the Properties of Light,” read to the Royal Society in December 1675/6, printed in Thomas Birch, The History of the Royal Society of London, 4 vols. (London, 1756–7), vol. 3, pp. 247–305.Google Scholar

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Shapiro, Alan E. (ed.), The Optical Papers of Isaac Newton, Volume 1: The Optical Lectures 1670–1672 (Cambridge: Cambridge University Press, 1984).Google Scholar

The Correspondence of Isaac Newton, ed. Turnbull, Herbert. W., Scott, John F., Hall, A. Rupert, and Tilling, Laura, 7 vols. (Cambridge: Cambridge University Press, 1959–77).Google Scholar

Whiteside, Derek T. (ed.), The Mathematical Works of Isaac Newton, 2 vols. (New York, 1964, 1967).Google Scholar

Whiteside, Derek T. (ed.), The Mathematical Papers of Isaac Newton, 8 vols. (Cambridge: Cambridge University Press, 1967–81).Google Scholar

“A Letter of Mr. Isaac Newton, Professor of the Mathematics in the University of Cambridge; containing his New Theory about Light and Colors,” Phil. Trans. 80 (February 1671/2), 3075–87.Google Scholar

“An account of a New Catadioptrical Telescope invented by Mr. Newton,” Phil. Trans. 81 (March 1672), 4004–10.Google Scholar

“Mr. Newton’s Letter to the Publisher of March 26, 1672, containing some more suggestions about his New Telescope,” Phil. Trans. 82 (April 1672), 4032–4.CrossRefGoogle Scholar

“An extract of another Letter of the same to the Publisher, dated March 30, 1672, by way of Answer to some Objections, made by an Ingenious French Philosopher [A. Auzout] to the New Reflecting telescope,” Phil. Trans. 82 (April 1672), 4034–5.CrossRefGoogle Scholar

“Mr. Isaac Newton’s Considerations upon part of a Letter of Monsieur de Bercé printed in the Eighth French Mémoire, containing the Catadioptrical Telescope, pretended to be improv’d and refined by Mr. Cassegrain,” Phil. Trans. 83 (May 1672), 4056–9.CrossRefGoogle Scholar

“Some experiments proposed in relation to Mr. Newton's Theory of light, printed in Numb. 80; together with the Observations made thereupon by the Author of that Theory,” Phil Trans. 83 (May 1672), 4059–62.CrossRefGoogle Scholar

“Mr. Newton’s Letter of April 13, 1672 … being an Answer to the foregoing Letter of P. Pardies,” Phil. Trans. 84 (June 1672), pp. 4087–93.CrossRefGoogle Scholar

“A Series of Quere’s propounded by Mr. Isaac Newton, to be determined by Experiments, positively and directly concluding his new Theory of Light and Colours,” Phil. Trans. 85 (July 1672), pp. 5004–7.CrossRefGoogle Scholar

“Mr. Newton’s Answer to the foregoing [second] Letter [of P. Pardies],” Phil. Trans. 85 (July 1672), pp. 5012–18.CrossRefGoogle Scholar

“Mr. Isaac Newton’s Answer to some Considerations [of Robert Hooke] upon his Doctrine of Light and Colors,” Phil. Trans. 88 (November 1672), 5084–103.CrossRefGoogle Scholar

“Mr Newton’s Answer to the foregoing Letter [of Christiaan Huygens] further explaining his Theory of Light and Colors, and particularly that of Whiteness; together with his continued hopes of perfecting Telescopes by Reflections rather than Refractions,” Phil. Trans. 96 (July 1673), 6087–92.CrossRefGoogle Scholar

“An Extract of Mr. Isaac Newton’s Letter, written to the Publisher from Cambridge April 3, 1673, concerning the Number of Colors, and the Necessity of mixing them all for the Production of White, [in further response to Huygens],” Phil. Trans. 97 (October 1673), 6108–11.CrossRefGoogle Scholar

“An Answer to this Letter [of Franc. Linus],” Phil. Trans. 110 (January 1674/5), 150.Google Scholar

“Mr. Isaac Newton’s Considerations on the former Reply [to Linus]; together with further Directions, how to make Experiments controverted aright,” Phil. Trans. 121 (January 1675/6), 500–2.Google Scholar

“A Extract of another Letter of Mr. Newton, written to the Publisher the 10th of January 1675/6, relating to the same Argument,” Phil. Trans. 121 (January 1675/6), 503–4.Google Scholar

“A particular Answer of Mr. Isaak Newton to Mr. Linus his Letter, printed in Numb. 121, p.499, about an Experiment relating to the New Doctrine of Light and Colours,” Phil. Trans. 123 (March 1676), 556–61.CrossRefGoogle Scholar

“Mr. Newton’s Answer to the precedent Letter [of Anthony Lucas], sent to the Publisher” Phil. Trans. 128 (September 1676), 698–705.CrossRefGoogle Scholar

Philosophiae Naturalis Principia Mathematica (London, 1687; 2nd edition, Cambridge, 1713; 3rd edition, London, 1726). The second edition was reprinted in Amsterdam in 1714 and again in 1723. The third edition was reprinted in Geneva in 1739–42 (with an extensive commentary) and again in 1760, as well as in Prague in 1780–5 (Books 1 and 2 only); the third edition was also reprinted in Samuel Horsley’s edition of Newton’s Opera (London, 1779–85), 5 vols. Bibliographical details of these, the several Excerpta in Latin and in English, and translations into other languages are given in the Variorum edition of Koyré and Cohen, listed below, Appendix VIII, pp. 851–83.Google Scholar

Isaac Newton's Philosophiae Naturalis Principia Mathematica, the Third Edition with Variant Readings, ed. A. Koyré and I. B. Cohen, with the assistance of Anne Whitman (Cambridge, MA: Harvard University Press; Cambridge: Cambridge University Press, 1972).Google Scholar

The Principia, Mathematical Principles of Natural Philosophy: A New Translation, trans. I. Bernard Cohen and Anne Whitman, with the assistance of Julia Budenz, preceded by “A Guide to Newton’s Principia” by I. B. Cohen (Berkeley, CA: University of California Press, 1999).Google Scholar

Opticks: or, A Treatise of the Reflexions, Refractions, Inflexions and Colours of Light (London, 1704; Latin edition, London, 1706; second English edition, London, 1717/18).Google Scholar

Opticks: or, A Treatise of the Reflections, Refractions, Inflections and Colours of Light. Based on the Fourth Edition London, 1730, with a preface by I. B. Cohen, a forward by Albert Einstein, an introduction by E. T. Whittaker, and an analytical table of contents by Duane H. D. Roller (New York: Dover, 1952).Google Scholar

Bernhardi Vareni Med. D. Geographia generalis, In qua affections generalis Telluris explicantur, Summa cura quam plurimis in locis emendata etc. … Ab Isaaco Newton Math. Prof. Lucasiano Apud Cantabrigienses (Cambridge, 1672).Google Scholar

[Anonymously] “Epistola missa ad praenobilem virum D. Carolum Montague Armigerum, Scaccarii Regii apud Anglos Cancellarium, & Societatis Regiae Praesidium, in qua solvuntur duo problemata mathematica à Johanne Bernoullo Mathematico celeberrimo proposita,” Phil. Trans. 224 (January 1696/7), 348–9. Reports Newton’s solution to the problem of the curve of the fastest descent. (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 8.)Google Scholar

“Scala graduum Caloris,” Phil. Trans. 270 (March and April 1701), 824–9.CrossRefGoogle Scholar

“Theoria Lunae,” an Appendix to David Gregory, Astronomiae Physicae & Geometricae Elementa (Latin edition, Oxford, 1702; English edition, London, 1715); English version published as a pamphlet in 1702 and reprinted in facsimile in Isaac Newton's Theory of the Moon's Motion (1702), introduction by I. B. Cohen (Folkestone, 1975).Google Scholar

“Tractatus de quadratura curvarum” and “Enumeratio linearum tertii ordinis,” published as appendices to the first edition of the Opticks, 1704; English translations of the “Tractatus” and “Enumeratio” (under the heading “Curves”) appeared in John Harris, Lexicon Technicum in 1710. (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vols. 7 and 8.)Google Scholar

Arithmetica Universalis, ed. William Whiston (Cambridge, 1707; first English translation, 1720; second Latin edition, edited by John Machin, 1722). (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 5.)Google Scholar

“De natura acidorum” and “Some Thoughts about the Nature of Acids,” in John Harris, Lexicon Technicum: Or, An Universal English Dictionary of ARTS and SCIENCES: explaining Not only the TERMS of ART, but the ARTS Themselves, vol. 2, Introduction (London, 1710).Google Scholar

“De analysi per aequationes numero terminorum infinitas,” in William Jones, Analysis per Quantitatum Series Fluxiones ac Differentias: Cum Enumeratione Linearum Tertii Ordinis (London, 1711). (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 2.)Google Scholar

“Methodis differentialis,” in William Jones, Analysis per Quantitatum Series Fluxiones ac Differentias: Cum Enumeratione Linearum Tertii Ordinis (London, 1711). (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 4.)Google Scholar

[Anonymously] “Problematis mathematicis anglis nuper propositi Solutio Generalis,” Phil. Trans. 347 (January–March 1716), 399–400. (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 8.)Google Scholar

[Anonymously] “An Account of the Book entituled Commercium Epistolicum Collinii & aliorum, De Analysi Promota; published by order of the Royal Society, in relation to the Dispute between Mr. Leibnitz and Dr. Keill, about the Right Invention of the Method of Fluxions, by some call'd the Differential Method,” Phil. Trans. 342 (1715), 173–224.Google Scholar

“Tabula refractorum,” Phil. Trans. 368 (1721), 172.Google Scholar

[Anonymously] “Ad lectorem,” in Commercium Epistolicum Collinii & aliorum, De Analysi Promota, 2nd edition, ed. Keill, John (London, 1722).Google Scholar

[Anonymously] “Remarks upon the Observations made upon a Chronological Index of Sir Isaac Newton, Translated into French by the Observator, and Publish'd at Paris” Phil. Trans. 389 (1725), 315–21.Google Scholar

“A Letter of Mr. Isaac Newton, Professor of the Mathematics in the University of Cambridge; containing his New Theory about Light and Colors,” Phil. Trans. 80 (February 1671/2), 3075–87.Google Scholar

“An account of a New Catadioptrical Telescope invented by Mr. Newton,” Phil. Trans. 81 (March 1672), 4004–10.Google Scholar

“Mr. Newton’s Letter to the Publisher of March 26, 1672, containing some more suggestions about his New Telescope,” Phil. Trans. 82 (April 1672), 4032–4.CrossRefGoogle Scholar

“An extract of another Letter of the same to the Publisher, dated March 30, 1672, by way of Answer to some Objections, made by an Ingenious French Philosopher [A. Auzout] to the New Reflecting telescope,” Phil. Trans. 82 (April 1672), 4034–5.CrossRefGoogle Scholar

“Mr. Isaac Newton’s Considerations upon part of a Letter of Monsieur de Bercé printed in the Eighth French Mémoire, containing the Catadioptrical Telescope, pretended to be improv’d and refined by Mr. Cassegrain,” Phil. Trans. 83 (May 1672), 4056–9.CrossRefGoogle Scholar

“Some experiments proposed in relation to Mr. Newton's Theory of light, printed in Numb. 80; together with the Observations made thereupon by the Author of that Theory,” Phil Trans. 83 (May 1672), 4059–62.CrossRefGoogle Scholar

“Mr. Newton’s Letter of April 13, 1672 … being an Answer to the foregoing Letter of P. Pardies,” Phil. Trans. 84 (June 1672), pp. 4087–93.CrossRefGoogle Scholar

“A Series of Quere’s propounded by Mr. Isaac Newton, to be determined by Experiments, positively and directly concluding his new Theory of Light and Colours,” Phil. Trans. 85 (July 1672), pp. 5004–7.CrossRefGoogle Scholar

“Mr. Newton’s Answer to the foregoing [second] Letter [of P. Pardies],” Phil. Trans. 85 (July 1672), pp. 5012–18.CrossRefGoogle Scholar

“Mr. Isaac Newton’s Answer to some Considerations [of Robert Hooke] upon his Doctrine of Light and Colors,” Phil. Trans. 88 (November 1672), 5084–103.CrossRefGoogle Scholar

“Mr Newton’s Answer to the foregoing Letter [of Christiaan Huygens] further explaining his Theory of Light and Colors, and particularly that of Whiteness; together with his continued hopes of perfecting Telescopes by Reflections rather than Refractions,” Phil. Trans. 96 (July 1673), 6087–92.CrossRefGoogle Scholar

“An Extract of Mr. Isaac Newton’s Letter, written to the Publisher from Cambridge April 3, 1673, concerning the Number of Colors, and the Necessity of mixing them all for the Production of White, [in further response to Huygens],” Phil. Trans. 97 (October 1673), 6108–11.CrossRefGoogle Scholar

“An Answer to this Letter [of Franc. Linus],” Phil. Trans. 110 (January 1674/5), 150.Google Scholar

“Mr. Isaac Newton’s Considerations on the former Reply [to Linus]; together with further Directions, how to make Experiments controverted aright,” Phil. Trans. 121 (January 1675/6), 500–2.Google Scholar

“A Extract of another Letter of Mr. Newton, written to the Publisher the 10th of January 1675/6, relating to the same Argument,” Phil. Trans. 121 (January 1675/6), 503–4.Google Scholar

“A particular Answer of Mr. Isaak Newton to Mr. Linus his Letter, printed in Numb. 121, p.499, about an Experiment relating to the New Doctrine of Light and Colours,” Phil. Trans. 123 (March 1676), 556–61.CrossRefGoogle Scholar

“Mr. Newton’s Answer to the precedent Letter [of Anthony Lucas], sent to the Publisher” Phil. Trans. 128 (September 1676), 698–705.CrossRefGoogle Scholar

Philosophiae Naturalis Principia Mathematica (London, 1687; 2nd edition, Cambridge, 1713; 3rd edition, London, 1726). The second edition was reprinted in Amsterdam in 1714 and again in 1723. The third edition was reprinted in Geneva in 1739–42 (with an extensive commentary) and again in 1760, as well as in Prague in 1780–5 (Books 1 and 2 only); the third edition was also reprinted in Samuel Horsley’s edition of Newton’s Opera (London, 1779–85), 5 vols. Bibliographical details of these, the several Excerpta in Latin and in English, and translations into other languages are given in the Variorum edition of Koyré and Cohen, listed below, Appendix VIII, pp. 851–83.Google Scholar

Isaac Newton's Philosophiae Naturalis Principia Mathematica, the Third Edition with Variant Readings, ed. A. Koyré and I. B. Cohen, with the assistance of Anne Whitman (Cambridge, MA: Harvard University Press; Cambridge: Cambridge University Press, 1972).Google Scholar

The Principia, Mathematical Principles of Natural Philosophy: A New Translation, trans. I. Bernard Cohen and Anne Whitman, with the assistance of Julia Budenz, preceded by “A Guide to Newton’s Principia” by I. B. Cohen (Berkeley, CA: University of California Press, 1999).Google Scholar

Opticks: or, A Treatise of the Reflexions, Refractions, Inflexions and Colours of Light (London, 1704; Latin edition, London, 1706; second English edition, London, 1717/18).Google Scholar

Opticks: or, A Treatise of the Reflections, Refractions, Inflections and Colours of Light. Based on the Fourth Edition London, 1730, with a preface by I. B. Cohen, a forward by Albert Einstein, an introduction by E. T. Whittaker, and an analytical table of contents by Duane H. D. Roller (New York: Dover, 1952).Google Scholar

Bernhardi Vareni Med. D. Geographia generalis, In qua affections generalis Telluris explicantur, Summa cura quam plurimis in locis emendata etc. … Ab Isaaco Newton Math. Prof. Lucasiano Apud Cantabrigienses (Cambridge, 1672).Google Scholar

[Anonymously] “Epistola missa ad praenobilem virum D. Carolum Montague Armigerum, Scaccarii Regii apud Anglos Cancellarium, & Societatis Regiae Praesidium, in qua solvuntur duo problemata mathematica à Johanne Bernoullo Mathematico celeberrimo proposita,” Phil. Trans. 224 (January 1696/7), 348–9. Reports Newton’s solution to the problem of the curve of the fastest descent. (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 8.)Google Scholar

“Scala graduum Caloris,” Phil. Trans. 270 (March and April 1701), 824–9.CrossRefGoogle Scholar

“Theoria Lunae,” an Appendix to David Gregory, Astronomiae Physicae & Geometricae Elementa (Latin edition, Oxford, 1702; English edition, London, 1715); English version published as a pamphlet in 1702 and reprinted in facsimile in Isaac Newton's Theory of the Moon's Motion (1702), introduction by I. B. Cohen (Folkestone, 1975).Google Scholar

“Tractatus de quadratura curvarum” and “Enumeratio linearum tertii ordinis,” published as appendices to the first edition of the Opticks, 1704; English translations of the “Tractatus” and “Enumeratio” (under the heading “Curves”) appeared in John Harris, Lexicon Technicum in 1710. (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vols. 7 and 8.)Google Scholar

Arithmetica Universalis, ed. William Whiston (Cambridge, 1707; first English translation, 1720; second Latin edition, edited by John Machin, 1722). (Reprinted in Whiteside [ed.], The Mathematical Papers of Isaac Newton, vol. 5.)Google Scholar

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