This collection of new essays on John Locke's philosophy provides the most up-to-date entrée into the exciting developments taking place in the study of one of the most important contributors to modern thought. Covering Locke's natural philosophy, his political and moral thought and his philosophy of religion, this book brings together the pioneering work of some of the world's leading Locke scholars.

E. S. de Beer>'s eight-volume edition of the correspondence of John Locke is a classic of modern scholarship. The intellectual range of the correspondence is universal, covering philosophy, theology, medicine, history, geography, economics, law, politics, travel and botany. This first volume covers the years 1650 to 1679.

Lists foreground multiplicity: both of objects to be pursued and, for distant objects, of far-flung networks enabling their pursuit. The future-oriented or projective list stretches such networks not only around the world but forward through time. Research agendas are one kind of future-oriented, projective list. Sketching how such lists have functioned over time, from Francis Bacon's “The New World of Sciences, or Desiderata” to today's desiderata lists, suggests how an early modern model of imperial expansion has shaped, in unintended ways, (...) a scientific rhetoric of collaborative advance on shared targets. (shrink)

The first comprehensive intellectual biography of William Petty, the inventor of 'political arithmetic' and a key figure in the English colonization of Ireland, the institutionalization of experimental science, and early social science.

Summary The purpose of this work is to translate some of Robert Boyle's chemical experiments into the terms of modern chemistry. Most of the reactions involve sensible qualities, since there are on it considerable helpful tracking descriptions like heating, hissing, colour changing, etc. For a long time in the history of science, this procedure was seen as an exercise in anachronism which should be avoided at all costs. Recently many scholars have demonstrated that chemical translation can assist with historical work (...) instead of causing confusion, and it may be very useful as a tool for the history of chemistry and for reproducing past chemical experiments. (shrink)

Summary Robert Boyle did not subordinate chemistry to mechanical philosophy. He was in fact reluctant to explain chemical phenomena by having recourse to the mechanical properties of particles. For him chemistry provided a primary way of penetrating into nature. In his chemical works he employed corpuscles endowed with chemical properties as his explanans. Boyle's chemistry was corpuscular, rather than mechanical. As Boyle's views of seminal principles show, his corpuscular philosophy cannot be described as a purely mechanical theory of matter. Boyle's (...) classification of corpuscles allowed him to connect his corpuscular views of matter with chemistry. Boyle did not rule out the possibility of a classification of chemical substances based on their properties: his aim was to reform the received classification. (shrink)