The author started writing as a child. By seven wanted to be an architect. By twenty-four had become a builder. By thirty-four had become an architect registered and working in the UK. At the age of fifty he decided that architecture as a discipline was a social science of some sort. On this basis he earned a masters at UCL, then a PHD at Heriot Watt for discovering and defending philosophical position based on interpretation that he now calls thermenutics. When teaching about cultural contexts at the university of Ulster architectural school (2001 a " 2010) the link between perception and emotion became central to his interest. At which point he retired to write about understanding, in a series of books, this one being the fourth. The first three were about sharing the management of understanding. This fourth is about the way we share the management of understanding by way of conversations between us that allow us to understand each other.

We are living in a new urban age and its most tangible expression is the "supertall": megastructures that are dramatically bigger, higher, and more ambitious than any in history. In Supertall, TED Resident Stefan Al-himself an experienced architect who has worked on some of the largest buildings in the world-reveals the advancements in engineering, design, and data science that have led to this worldwide boom. Using examples from the past (the Empire State Building, St. Paul's Cathedral, the Eiffel Tower) and present (Dubai's Burj Khalifa, London's Shard, Shanghai Tower), he describes how the most remarkable skyscrapers have been designed and built. He explores the ingenious technological innovations-in cement, wind resistance, elevator design, and air-conditioning-that make the latest megastructures a reality. And he examines the risks of wealth inequality, carbon emissions, and contagion they yield while arguing for a more sustainable, resilient, and equitable built environment for everyone.

Unlike some other reproductions of classic texts (1) We have not used OCR(Optical Character Recognition), as this leads to bad quality books with introduced typos. (2) In books where there are images such as portraits, maps, sketches etc We have endeavoured to keep the quality of these images, so they represent accurately the original artefact. Although occasionally there may be certain imperfections with these old texts, we feel they deserve to be made available for future generations to enjoy.

In pre-Revolutionary War America, libraries were member-driven collections for the elite; it was not until 1790 that Benjamin Franklin helped to establish the first public lending library. Throughout the subsequent centuries the library has evolved, but always remained central to the cultural life of the nation. Thomas R. Schiff 's photographs trace the history of the library through aesthetic and style while featuring legendary architects such as Charles F. McKim; Shepley, Rutan and Coolidge; and I. M. Pei. The Library Book beautifully captures the shifting architectural styles and missions of the library in sweeping 360-degree panoramas-from the very earliest American libraries to the modernist masterpieces of Louis I. Kahn and others. In his introductory essay, acclaimed author and library lover Alberto Manguel considers the story of the library in America, its evolving architecture and cultural role, and how the American model reflects the archetypal idea of the universal library. Including brief descriptions of each unique library, this book brings bibliophiles into one hundred libraries across the nation.

During the Industrial Revolution, Britain was at the forefront of bridge innovation. Pioneering designers such as George and Robert Stephenson, Thomas Telford and Isambard Kingdom Brunel created Britain's rich bridge heritage that features many world firsts and we can learn much from their ground-breaking designs. Written by an experienced bridge architect, this book includes an introduction to bridge aesthetics; it gives an outline of British bridge development and advice on parapet treatment and bridge lighting. This book offers a comprehensive overview of how the best of British bridges marry aesthetic considerations with engineering ingenuity.

Built between 1855 and 1860, Oxford University Museum of Natural History is the extraordinary result of close collaboration between artists and scientists. Inspired by John Ruskin, the architect Benjamin Woodward and the Oxford scientists worked with leading Pre-Raphaelite artists on the design and decoration of the building. The decorative art was modelled on the Pre-Raphaelite principle of meticulous observation of nature, itself indebted to science, while individual artists designed architectural details and carved portrait statues of influential scientists. The entire structure was an experiment in using architecture and art to communicate natural history, modern science and natural theology. 'Temple of Science' sets out the history of the campaign to build the museum before taking the reader on a tour of art in the museum itself. It looks at the facade and the central court, with their beautiful natural history carvings and marble columns illustrating different geological strata, and at the pantheon of scientists. Together they form the world's finest collection of Pre-Raphaelite sculpture. The story of one of the most remarkable collaborations between scientists and artists in European art is told here with lavish illustrations.