When George Adams assembled a large collection of philosophical instruments for King George III in the early 1760s, he drew on a variety of printed books as sources of experiments and instrument designs. Most important of these was Mathematical Elements of Natural Philosophy by the Dutch mathematician and philosopher Willem ’s Gravesande, whose own collection of instruments is now in the Museum Boerhaave in Leiden. Papers in the Science Museum archives reveal the specific practices through which Adams used books such as Mathematical Elements in the course of his business. These techniques included commonplacing, a widespread method for organising information in the early-modern period; and physically cutting and pasting fragments from engra...
The seventeenth century witnessed major advances in physics and experimental science. This paper arg...
This book argues that we can only understand transformations of nature studies in the Scientific Rev...
This book argues that we can only understand transformations of nature studies in the Scientific Rev...
Elias AlIen (c.1588-1653) was known as the best mathematical instrument maker of his day. He lived ...
This thesis examines the role of philosophic instrument-makers within the eighteenth-century philoso...
Collections of scientific instruments originated as part of Renaissance collections of 'naturalia' a...
The relationship between printed books, manuscripts and specimens dominated the practice of natural ...
This paper offers a re-interpretation of the development of practical mathematics in Elizabethan Eng...
In this paper, I discuss a drawing that substituted for an engraving in a copy of Philosophical Tran...
In this paper, I discuss a drawing that substituted for an engraving in a copy of Philosophical Tran...
This study explores the impact of science and capitalism on the technology and organization of instr...
This paper concerns the scientific education of the princes and the composition of the cabinet of sc...
In 1723 Edmund Stone published The construction and principal uses of mathematical instruments, whic...
The exhibition was held in the Rare Books Exhibition space, Sir Louis Matheson Library, Monash Unive...
In 1723 Edmund Stone published The construction and principal uses of mathematical instruments, whic...
The seventeenth century witnessed major advances in physics and experimental science. This paper arg...
This book argues that we can only understand transformations of nature studies in the Scientific Rev...
This book argues that we can only understand transformations of nature studies in the Scientific Rev...
Elias AlIen (c.1588-1653) was known as the best mathematical instrument maker of his day. He lived ...
This thesis examines the role of philosophic instrument-makers within the eighteenth-century philoso...
Collections of scientific instruments originated as part of Renaissance collections of 'naturalia' a...
The relationship between printed books, manuscripts and specimens dominated the practice of natural ...
This paper offers a re-interpretation of the development of practical mathematics in Elizabethan Eng...
In this paper, I discuss a drawing that substituted for an engraving in a copy of Philosophical Tran...
In this paper, I discuss a drawing that substituted for an engraving in a copy of Philosophical Tran...
This study explores the impact of science and capitalism on the technology and organization of instr...
This paper concerns the scientific education of the princes and the composition of the cabinet of sc...
In 1723 Edmund Stone published The construction and principal uses of mathematical instruments, whic...
The exhibition was held in the Rare Books Exhibition space, Sir Louis Matheson Library, Monash Unive...
In 1723 Edmund Stone published The construction and principal uses of mathematical instruments, whic...
The seventeenth century witnessed major advances in physics and experimental science. This paper arg...
This book argues that we can only understand transformations of nature studies in the Scientific Rev...
This book argues that we can only understand transformations of nature studies in the Scientific Rev...