In the second half of the nineteenth century, British firms and engineers built, laid, and ran a vast global network of submarine telegraph cables. For the first time, cities around the world were put into almost instantaneous contact, with profound effects on commerce, international affairs, and the dissemination of news. Science, too, was strongly affected, as cable telegraphy exposed electrical researchers to important new phenomena while also providing a new and vastly larger market for their expertise. By examining the deep ties that linked the cable industry to work in electrical physics in the nineteenth century - culminating in James Clerk Maxwell's formulation of his theory of the electromagnetic field - Bruce J. Hunt sheds new light both on the history of the Victorian British Empire and on the relationship between science and technology.

This daring attempt to juxtapose the histories of Britain, western science, and imperialism shows how colonial expansion, from the age of Alexander the Great to the 20th century, led to complex kinds of knowledge.

Examines how contemporary relations between indigenous and Western nations are shaped by the dynamics of power, the politics of property, and the apologetics of law.

Joseph Dalton Hooker (1817–1911) was an internationally renowned botanist, a close friend and early supporter of Charles Darwin, and one of the first—and most successful—British men of science to become a full-time professional. He was also, Jim Endersby argues, the perfect embodiment of Victorian science. A vivid picture of the complex interrelationships of scientific work and scientific ideas, Imperial Nature gracefully uses one individual’s career to illustrate the changing world of science in the Victorian era. By analyzing Hooker’s career, Endersby offers vivid insights into the everyday activities of nineteenth-century naturalists, considering matters as diverse as botanical illustration and microscopy, classification, and specimen transportation and storage, to reveal what they actually did, how they earned a living, and what drove their scientific theories. What emerges is a rare glimpse of Victorian scientific practices in action. By focusing on science’s material practices and one of its foremost practitioners, Endersby ably links concerns about empire, professionalism, and philosophical practices to the forging of a nineteenth-century scientific identity.

This is the first major history of Imperial College London. The book tells the story of a new type of institution that came into being in 1907 with the federation of three older colleges. Imperial College was founded by the state for advanced university-level training in science and technology, and for the promotion of research in support of industry throughout the British Empire. True to its name the college built a wide number of Imperial links and was an outward looking institution from the start. Today, in the post-colonial world, it retains its outward-looking stance, both in its many international research connections, and with staff and students from around the world. Connections to industry and the state remain important. The College is one of BritainOCOs premier research and teaching institutions, including now medicine alongside science and engineering. This book is an in-depth study of Imperial College; it covers both governance and academic activity within the larger context of political, economic and socio-cultural life in twentieth-century Britain."

Aelian's Historical Miscellany is a pleasurable example of light reading for Romans of the early third century. Offering engaging anecdotes about historical figures, retellings of legendary events, and descriptive pieces - in sum: amusement, information, and variety - Aelian's collection of nuggets and narratives could be enjoyed by a wide reading public. A rather similar book had been published in Latin in the previous century by Aulus Gellius; Aelian is a late, perhaps the last, representative of what had been a very popular genre. Here then are anecdotes about the famous Greek philosophers, poets, historians, and playwrights; myths instructively retold; moralizing tales about heroes and rulers, athletes and wise men; reports about styles in dress, foods and drink, lovers, gift-giving practices, entertainments, religious beliefs and death customs; and comments on Greek painting. Some of the information is not preserved in any other source. Underlying it all are Aelian's Stoic ideals as well as this Roman's great admiration for the culture of the Greeks (whose language he borrowed for his writings).

This volume contains six important articles in materials science and materials engineering, based upon inaugural lectures given by professors at Imperial College, London. Each author deals with an area of work in which he has been involved over a period of years, and gives a personal account, partly historical, of the main features and importance of his subject. The topics covered include: the strength and deformation of metals, the brittle behaviour of ceramics, electrical materials, biomaterials, friction and lubrication, and modern engineering adhesives. Contents: Slippery Customers, Sticky Problems (B J Briscoe); Sticking Up for Adhesives (A J Kinloch); Magical Materials for Motionless Machines (D B Holt); Interfaces in Materials OCo If You Can''t Beat them, Join Them (A Atkinson); Brittleness OCo A Tough Problem (R D Rawlings); The Story of Bioglass: From Concept to Clinic (L L Hench). Readership: Scientists and engineers with a general interest in materials science and materials engineering."