Eric Gray Forbes – författare

The Correspondence of John Flamsteed discusses this leading figure in the final phases of the seventeenth-century scientific revolution, presents his extensive correspondence with 129 British and foreign scholars all over the world, and touches on many of the scientific discussions of the day. This book, the last volume of the set, contains his letters from number 901 to 1515.

The Correspondence of John Flamsteed: The First Astronomer Royal, Three Volume Set explores the work of Flamsteed through his letters.The first volume serves as an essential guide to the exciting developments in scientific thinking that occurred during the seventeenth century by supplementing the published correspondence of Isaac Newton and Henry Oldenburg. It will be an invaluable research tool, not only for historians of astronomy, but also for researchers examining how scientific thought developed.The second volume contains the letters Flamsteed wrote and received from June 1682 to the spring of 1703. A leading figure in the final phases of the seventeenth-century scientific revolution, his extensive correspondence with 129 British and foreign scholars touches on many of the scientific discussions of the day. Some of these exchanges involved established correspondents, chiefly Newton and Wallis, but members of a younger generation, such as Stephen Gray, William Derham, and Abraham Sharp, appear with increasing frequency, especially after 1700.The last volume of the set includes letters from 451 to 1250.

The Correspondence of John Flamsteed discusses this leading figure in the final phases of the seventeenth-century scientific revolution, presents his extensive correspondence with 129 British and foreign scholars all over the world, and touches on many of the scientific discussions of the day. This book, the last volume of the set, contains his let

Professor Eric Forbes left behind at his death an important collection of the letters of John Flamsteed (1646-1719), First Astronomer Royal. A leading figure in the final phases of the seventeenth-century scientific revolution, his extensive correspondence with 129 British and foreign scholars all over the world touches on many of the scientific discussions of the day.A detailed, scholarly work of reference, The Correspondence of John Flamsteed, The First Astronomer Royal: Volume 1 is an essential guide to the exciting developments in scientific thinking that occurred during the seventeenth century. It supplements the published correspondence of Isaac Newton and Henry Oldenburg, and will be an invaluable research tool, not only for historians of astronomy, but also for researchers examining how scientific thought developed.

Professor Eric Forbes left behind at his death an important collection of the letters of John Flamsteed (1646-1719), First Astronomer Royal. A leading figure in the final phases of the seventeenth-century scientific revolution, his extensive correspondence with 129 British and foreign scholars all over the world touches on many of the scientific discussions of the day.A detailed, scholarly work of reference, The Correspondence of John Flamsteed, The First Astronomer Royal: Volume 1 is an essential guide to the exciting developments in scientific thinking that occurred during the seventeenth century. It supplements the published correspondence of Isaac Newton and Henry Oldenburg, and will be an invaluable research tool, not only for historians of astronomy, but also for researchers examining how scientific thought developed.

The Correspondence of John Flamsteed: The First Astronomer Royal, Volume Two contains the letters Flamsteed wrote and received from June 1682 to the spring of 1703. A leading figure in the final phases of the seventeenth-century scientific revolution, his extensive correspondence with 129 British and foreign scholars touches on many of the scientific discussions of the day. Some of these exchanges involved established correspondents, chiefly Newton and Wallis, but members of a younger generation, such as Stephen Gray, William Derham, and Abraham Sharp, appear with increasing frequency, especially after 1700.

The Correspondence of John Flamsteed: The First Astronomer Royal, Volume Two contains the letters Flamsteed wrote and received from June 1682 to the spring of 1703. A leading figure in the final phases of the seventeenth-century scientific revolution, his extensive correspondence with 129 British and foreign scholars touches on many of the scientific discussions of the day. Some of these exchanges involved established correspondents, chiefly Newton and Wallis, but members of a younger generation, such as Stephen Gray, William Derham, and Abraham Sharp, appear with increasing frequency, especially after 1700.

The Correspondence of John Flamsteed discusses this leading figure in the final phases of the seventeenth-century scientific revolution, presents his extensive correspondence with 129 British and foreign scholars all over the world, and touches on many of the scientific discussions of the day. This book, the last volume of the set, contains his let

Der Vollwaise Tobias Mayer (1723–1762) entwickelte raffinierte Messinstrumente und eine sehr präzise Theorie zur Bewegung des Mondes um die Erde. Diese wissenschaftliche Biografie widmet sich seinem Leben und Schaffen als Autodidakt und Professor.Tobias Mayer, bereits in jungen Jahren ein hervorragender Zeichner, war eine bedeutsame Persönlichkeit auf dem Gebiet der Kartographie. Mit 16 Jahren zeichnete er den ersten Stadtplan von Esslingen, mit 18 Jahren publizierte er sein erstes Mathematikbuch, mit 22 Jahren seinen Mathematischen Atlas. Im bedeutenden kartographischen Institut Homann Erben in Nürnberg war er von 1746 bis 1751 als wissenschaftlicher Mitarbeiter angestellt; er zeichnete und verbesserte in dieser Zeit ca. 40 Karten. Seine kartographischen Fähigkeiten brachten seinen Zeitgenossen die Mängel der geographischen Ortsbestimmung ins Bewusstsein. Später entwickelte er als Professor für Ökonomie, Mathematik und Astronomie in Göttingen (ab 1751) seine Mondtheorie, zeichnete ein für hundert Jahre unübertroffenes Bild der Mondoberfläche, vermaß die Koordinaten von fast 1000 Sternen des Zodiakalkreises und gewann für sein Verfahren der Längenbestimmung auf See einen Teil des Längenpreises des britischen Parlaments.