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The Edinburgh Companion to Gilbert Simondon is the most exhaustive introduction to the author's oeuvre and philosophy. It covers all the different areas of Simondon's work, displaying its internal coherence and innovative potential in a variety of research fields. The complexity of Simondon's philosophical enterprise is rigorously interpreted and made available to researchers that are keen to cross disciplinary boundaries and explore new appropriations of his research. Structured in four distinct sections, the volume hosts a collection of essays penned by scholars who have been working on and through Simondon for several years across different disciplines, including philosophy, psychology, politics, law, media, architecture, economy, and ecology. Topics covered range across individuation, technology, imagination, the transindividual, metastability and more.

Italy’s northern border follows the watershed that separates the drainage basins of Northern and Southern Europe. Running mostly at high altitudes, it crosses snowfields and perennial glaciers—all of which are now melting as a result of anthropogenic climate change. As the watershed shifts so does the border, contradicting its representations on official maps. Italy, Austria, and Switzerland have consequently introduced the novel legal concept of a “moving border,” one that acknowledges the volatility of geographical features once thought to be stable.A Moving Border: Alpine Cartographies of Climate Change builds upon the Italian Limes project by Studio Folder, which was devised in 2014 to survey the fluctuations of the boundary line across the Alps in real time. The book charts the effects of climate change on geopolitical understandings of border and the cartographic methods used to represent them. Locating the Italian condition alongside a longer political history of boundary making, the book brings together critical essays, visualizations, and unpublished documents from state archives. By examining the nexus of nationalism and cartography, A Moving Border details how borders are both material and imagined, and the ways global warming challenges Western conceptions of territory. Even more, it provides a blueprint for spatial intervention in a world where ecological processes are bound to dominate geopolitical affairs.A Moving Border features a foreword by Bruno Latour and texts by Stuart Elden, Mia Fuller, Francesca Hughes, and Wu Ming 1, and is co-published with ZKM | Center for Art and Media, Karlsruhe.

Become familiar with the key anatomic "corridors" in the skull base, the sinonasal tract, and adjacent areas to guide and greatly expand your endoscopic surgical competence.Highlighting the most recent experience from seven top leaders and innovators in the field, this seminal new work presents detailed topographic anatomy of the skull base and adjacent areas in a way not previously seen before.The result is a multidisciplinary atlas merging anatomy, otolaryngology, neurosurgery, and radiology, so as to facilitate creation of a mental "virtual reconstruction" of the complete approach and operative situs. The result is a greatly extended range of surgical possibilities into previously uncharted territory using endoscopic technology.Key Features:Provides the basis for cultivating a firm and confident understanding of the 3D anatomy of this intricately complex regionEmphasizes the ability of the endoscopic surgeon to integrate CT and MRI findings into the surgical planning processA logical and modular organization of the contents intends to make for easy correlation with the surgical literatureBrilliant step-by-step presentation of dissections using cadavers, helping readers to fully understand all the anatomical nuancesNumerous previously unpublished approaches covered here for the first time in a book, step by stepEndoscopic Transnasal Anatomy of the Skull Base and Adjacent Areas is an indispensable resource for fellows and specialists in neurosurgery and ENT surgery wishing to widen their competence in endoscopic skull base surgery.

Become familiar with the key anatomic "corridors" in the skull base, the sinonasal tract, and adjacent areas to guide and greatly expand your endoscopic surgical competence.

Highlighting the most recent experience from seven top leaders and innovators in the field, this seminal new work presents detailed topographic anatomy of the skull base and adjacent areas in a way not previously seen before.

The result is a multidisciplinary atlas merging anatomy, otolaryngology, neurosurgery, and radiology, so as to facilitate creation of a mental "virtual reconstruction" of the complete approach and operative situs. The result is a greatly extended range of surgical possibilities into previously uncharted territory using endoscopic technology.

Key Features:

Provides the basis for cultivating a firm and confident understanding of the 3D anatomy of this intricately complex regionEmphasizes the ability of the endoscopic surgeon to integrate CT and MRI findings into the surgical planning processA logical and modular organization of the contents intends to make for easy correlation with the surgical literatureBrilliant step-by-step presentation of dissections using cadavers, helping readers to fully understand all the anatomical nuancesNumerous previously unpublished approaches covered here for the first time in a book, step by step

Endoscopic Transnasal Anatomy of the Skull Base and Adjacent Areas is an indispensable resource for fellows and specialists in neurosurgery and ENT surgery wishing to widen their competence in endoscopic skull base surgery.

This book contains a selection of papers presented at the 17th AISEM (“Associazione Italiana Sensori e Microsistemi”) National Conference on Sensors and Microsystems, held in Brescia, 5-7 February, 2013. The conference highlighted state-of-the-art results from both theoretical and applied research in the field of sensors and related technologies. This book presents material in an interdisciplinary approach, covering many aspects of the disciplines related to sensors, including physics, chemistry, materials science, biology and applications.