Since 'The Social Logic of Space' was published in 1984, Bill Hillier and his colleagues at University College London have been conducting research on how space features in the form and functioning of buildings and cities. A key outcome is the concept of 'spatial configuration' meaning relations which take account of other relations in a complex. New techniques have been developed and applied to a wide range of architectural and urban problems. The aim of this book is to assemble some of this work and show how it leads to a new type of theory of architecture, an analytic theory in which understanding and design advance together. The success of configurational ideas in bringing to light the spatial logic of buildings and cities suggests that it might be possible to extend these ideas to other areas of the human sciences where problems of configuration are critical.

In this “spectacularly smart space opera” (Publishers Weekly, starred review) set in the same universe as the critically acclaimed White Space series and perfect for fans of Karen Traviss and Ada Hoffman, a space station begins to unravel when a routine search and rescue mission returns after going dangerously awry. Meet Doctor Jens. She hasn’t had a decent cup of coffee in fifteen years. Her workday begins when she jumps out of perfectly good space ships and continues with developing treatments for sick alien species she’s never seen before. She loves her life. Even without the coffee. But Dr. Jens is about to discover an astonishing mystery: two ships, once ancient and one new, locked in a deadly embrace. The crew is suffering from an unknown ailment and the shipmind is trapped in an inadequate body, much of her memory pared away. Unfortunately, Dr. Jens can’t resist a mystery and she begins doing some digging. She has no idea that she’s about to discover horrifying and life-changing truths. Written in Elizabeth Bear’s signature “rollicking, suspenseful, and sentimental” (Publishers Weekly) style, Machine is a fresh and electrifying space opera that you won’t be able to put down.

Machine Learning Techniques for Space Weather provides a thorough and accessible presentation of machine learning techniques that can be employed by space weather professionals. Additionally, it presents an overview of real-world applications in space science to the machine learning community, offering a bridge between the fields. As this volume demonstrates, real advances in space weather can be gained using nontraditional approaches that take into account nonlinear and complex dynamics, including information theory, nonlinear auto-regression models, neural networks and clustering algorithms. Offering practical techniques for translating the huge amount of information hidden in data into useful knowledge that allows for better prediction, this book is a unique and important resource for space physicists, space weather professionals and computer scientists in related fields. - Collects many representative non-traditional approaches to space weather into a single volume - Covers, in an accessible way, the mathematical background that is not often explained in detail for space scientists - Includes free software in the form of simple MATLAB® scripts that allow for replication of results in the book, also familiarizing readers with algorithms

Violet and Wilbur love the peace and quiet of their valley and find the need for more space when it is invaded by many neighbors, including the obstreperous Googie.

Over the last few decades the increasingly collaborative work developed among architects, urban planners, artists and media designers has developed a particular landscape of projects that engage information technology as a catalytic tool for expanding, augmenting or altering the public and social interactions in the urban space. Through the projects and prototypes presented, the book aims to dissect the modes in which spatial practitioners operate in the digital city and how information technology and media are tools for place making. Interacting, Integrating, Expanding, Networking and Hacking are the five categories that explore modes of operating in the digital city. The line of inquiry set up through the research framework of the book begins from the reading of the contemporary urban conditions as the shared, the common, the smart, and the networker.

Max Remy is eleven and bored with her life. Her father went off to Hollywood and ends up married to a movie star and Max is left with her mother who works, works, works all the time. So Max invents Alex Crane, a super spy, and begins to fantasize about the life of a spy. Then horrors: Max's mother sends her off to live with her aunt and uncle on a farm for the entire summer. Dull, you think. But then she stumbles into a real spy ring, and uses her wits to outsmart the evil Mr. Blue. Max Remy is now a card-carrying member of the international organization Spy Force and the adventure has just begun.

Mosley's light-hearted, intriguing book does something seldom encountered in the literature of popular physics - indeed, of any physics - it proposes a new, credible model of the ultimate structure of reality. First off, you'll discover a rather unsettling list of things we don't know - we really don't know, for example, what time is, how gravity does what it does, whether quantum physics and relativity can ever be united, what dark matter and dark energy truly are, how all of creation will end, and where the Universe came from. Mosley then leads you on a tour of theoretical physics from the days of Kepler and Galileo through Einstein's relativity, Planck's impossibly small realm, and the weird Copenhagen interpretations of quantum theory, coming finally to our present struggles and impasse: fifteen profound questions at the heart of physics.In a Toad's mad romp through physical discovery and ideas, Mosley explains not only what folk were (and are) thinking, but how they got to thinking that way. And some of that thinking, partner, was (and is) plenty loopy.Then Mosley goes where few venture; he offers a new proposal based on the Planck-Einstein vacuum energy and harmonics at the smallest measure of space-time. This, says he, creates a simple geometry compatible with both quantum theory and relativity, uniting them. In two chapters entitled "How it all Works (a) and (b)," Mosley explains a mechanism for gravity, for dark matter's mysterious presence, for what time is and where time is, for why the universe simply may not be able to cease, and how - at the deepest level - nothing moves; nothing even exists. Enjoy Sidney Harris' cartoons, wry quips out of nowhere, asides from the Twilight Zone, and sudden plunges into the madness of speculative science where it's logically proven that you'll never die. This surprising book is a vital link between the geek brain and the funny bone. Yes, you'll encounter a counter-universe whale munching the domestic lampshades, but Mosley's "heuristic speculation" is serious. This thing stands a fair chance of being not even wrong. And you will have read it first, right here.

An eleven-year-old, bored with her life, imagines a more exciting one as a secret agent, but when she spends the summer on her aunt's farm, her stories become reality as she stumbles onto a real spy ring.