“The nine essays assembled in this collection wereall written by prominent experts in the field, and readers will appreciate thehigh level of detailed scholarship in each. The bibliographies that accompanythe essays are invaluable. … Summing Up: Recommended. Upper-divisionundergraduates, graduate students, and researchers/faculty.” (R. L. Pour,Choice, Vol. 53 (3), November, 2015)

• PART I: MATHEMATICS AND PHILOSOPHY.- Paper 1: The Interrelations between Mathematics and Philosophy in Leibniz´s Thought; Norma B. Goethe, Philip Beeley and David Rabouin.- Paper 2: Leibniz, Philosopher Mathematician and Mathematical Philosopher; Philip Beeley.- Paper 3: The Difficulty of Being Simple: On Some Interactions between Mathematics and Philosophy in Leibniz’s Analysis of Notions; David Rabouin.- PART II: MATHEMATICAL REFLECTIONS.- Paper 4: Leibniz’s Mathematical and Philosophical Analysis of Time; Emily R. Grosholz.- Paper5: Analyticité, Équipollence et Théorie des Courbes chez Leibniz; Eberhard Knobloch.- Paper 6: Leibniz as Reader and Second Inventor: The Cases of Barrow and Mengoli; Siegmund Probst.- PART III: THE PROBLEM OF INFINITY.- Paper 7: Leibniz´s Actual Infinite in Relation to his Analysis of Matter; Richard Arthur.- Paper 8: Comparability of Infinities and Infinite Multitude in Galileo and Leibniz; Samuel Levey.- Paper 9: Leibniz on the Elimination of Infinitesimals; Douglas Jesseph.

“The nine essays assembled in this collection wereall written by prominent experts in the field, and readers will appreciate thehigh level of detailed scholarship in each. The bibliographies that accompanythe essays are invaluable. … Summing Up: Recommended. Upper-divisionundergraduates, graduate students, and researchers/faculty.” (R. L. Pour,Choice, Vol. 53 (3), November, 2015)

• PART I: MATHEMATICS AND PHILOSOPHY.- Paper 1: The Interrelations between Mathematics and Philosophy in Leibniz´s Thought; Norma B. Goethe, Philip Beeley and David Rabouin.- Paper 2: Leibniz, Philosopher Mathematician and Mathematical Philosopher; Philip Beeley.- Paper 3: The Difficulty of Being Simple: On Some Interactions between Mathematics and Philosophy in Leibniz’s Analysis of Notions; David Rabouin.- PART II: MATHEMATICAL REFLECTIONS.- Paper 4: Leibniz’s Mathematical and Philosophical Analysis of Time; Emily R. Grosholz.- Paper5: Analyticité, Équipollence et Théorie des Courbes chez Leibniz; Eberhard Knobloch.- Paper 6: Leibniz as Reader and Second Inventor: The Cases of Barrow and Mengoli; Siegmund Probst.- PART III: THE PROBLEM OF INFINITY.- Paper 7: Leibniz´s Actual Infinite in Relation to his Analysis of Matter; Richard Arthur.- Paper 8: Comparability of Infinities and Infinite Multitude in Galileo and Leibniz; Samuel Levey.- Paper 9: Leibniz on the Elimination of Infinitesimals; Douglas Jesseph.

“The nine essays assembled in this collection wereall written by prominent experts in the field, and readers will appreciate thehigh level of detailed scholarship in each. The bibliographies that accompanythe essays are invaluable. … Summing Up: Recommended. Upper-divisionundergraduates, graduate students, and researchers/faculty.” (R. L. Pour,Choice, Vol. 53 (3), November, 2015)

• PART I: MATHEMATICS AND PHILOSOPHY.- Paper 1: The Interrelations between Mathematics and Philosophy in Leibniz´s Thought; Norma B. Goethe, Philip Beeley and David Rabouin.- Paper 2: Leibniz, Philosopher Mathematician and Mathematical Philosopher; Philip Beeley.- Paper 3: The Difficulty of Being Simple: On Some Interactions between Mathematics and Philosophy in Leibniz’s Analysis of Notions; David Rabouin.- PART II: MATHEMATICAL REFLECTIONS.- Paper 4: Leibniz’s Mathematical and Philosophical Analysis of Time; Emily R. Grosholz.- Paper5: Analyticité, Équipollence et Théorie des Courbes chez Leibniz; Eberhard Knobloch.- Paper 6: Leibniz as Reader and Second Inventor: The Cases of Barrow and Mengoli; Siegmund Probst.- PART III: THE PROBLEM OF INFINITY.- Paper 7: Leibniz´s Actual Infinite in Relation to his Analysis of Matter; Richard Arthur.- Paper 8: Comparability of Infinities and Infinite Multitude in Galileo and Leibniz; Samuel Levey.- Paper 9: Leibniz on the Elimination of Infinitesimals; Douglas Jesseph.