This anthology presents research in theatre studies developed by a group of colleagues at the Department of Arts and Media Studies at the Norwegian University of Science and Technology. The research is conducted through arts-based research and practical-theoretical teaching at the department. Theatre production is a central arts-and knowledge-creating field of work for students and teachers in theatre studies. The work is characterized by a dynamic relationship between body, text, visuality and sound, media methods and techniques and the relationship between professionals and students. Theatre production is a complex learning arena; it is both multimodal and developed in dynamic movements between experience, dissemination, response and reflection. There is a need for a rich range of strategies, methods and techniques. The anthology presents ten different inputs to theatre production. Laboratory with experimental methods is the framework for articles on scenography, sound, the body and text of the actor. Production processes setting the creative and reflective student in the centre is the frame for articles on dramaturgy, text processing, production phases and target group- oriented work. The role and function of the university teacher in supervision and assessment is themed in two closing articles. In discussing the different aesthetical inputs to theatre production the authors use examples, images and audio material.
This 1888 volume showcased Butler's encyclopedic knowledge of the art of Northern Italy and helped acquaint a wide English readership with the art of Tabachetti and Gaudenzio Ferrari at Varallo.
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To celebrate the 25th anniversary of the seminal 1993 quantum teleportation paper, we are pleased to present research works, reviews, and stories about quantum communication, quantum entanglement, and quantum teleportation: (1) How was quantum teleportation invented? (2) Which teleportation experiments were performed at the Sapienza University in Rome? (3) Can we use joint measurements to generate nonclassical correlations? (4) How is classical sampling related to quantum entanglement? (5) How is classical communication related to a special quantum ensemble? (6) How can simplifying a quantum key distribution protocol make it insecure? (7) Can we teleport a two-qubit quantum state using a nonsymmetric channel? This book includes submissions by some of the most prominent quantum teleportation contributors, including Gilles Brassard, Francesco De Martini, Nicolas Gisin, and William K. Wootters, as well as additional researchers, all presenting their up-to-date insights regarding quantum communication.
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Our lives are being transformed by the interplay between mobile networks, wireless communications, and artificial intelligence. This transformation is an outcome of the emerging Internet of Things (IoT) concept and advancements in computer architecture that translate into high computing power, high-performance processing, and huge memory capacities. In addition to the IoT, cyber-physical systems aim for the seamless integration of physical systems with computing and communication resources. Furthermore, in urban areas, the integration of “software-defined sensor networks” and “sensing as a service” concepts with legacy WSN-based systems is leading to the transformation of conventional city services towards smart cities. Smart energy, smart driving, smart homes, smart living, smart governance, and smart health are just a few services that smart cities can offer. This book focuses on novel solutions for wireless sensor and actuator networks in smart cities. This Special Issue invites academic and industry researchers in computer science and engineering, electrical engineering, and communication engineering, as well as ICT industry engineers and practitioners, to contribute original articles in all aspects of wireless sensor networks and actuator systems for smart cities.
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Two-dimensional (2D) materials and their vertical/lateral heterostructures are currently the subject of massive research interests, both for fundamental science and for technological applications in diverse fields, such as electronics, optoelectronics, quantum metrology, spintronics, membranes, energy conversion/storage, and sensing. Integration of 2D materials within real device structures currently represents the main challenge to move from the laboratory stage to industrial applications, especially in the fields of electronics/optoelectronics.This Book is a collection of 9 papers, covering the different key topics of this rapidly developing research field. These include: synthesis of 2D materials, progress in relevant processing issues (contact, doping and mobility engineering), advanced characterization techniques, novel device applications based on the integration of these 2D materials.Many of the papers of this collection are review papers, providing the general introductory information and a broad overview of the most recent advances in the specific topic. Hence, this book can serve both as a general introduction for non-experts in the field and as a guide for scientists/engineers working in the field of 2D materials integration.
This Special Issue will consist of selected papers from the Sustainable Asia Conference (SAC) 2014, an international conference which was held in Nanchang, China, from April 23–25, 2014. SAC 2014 is a leading conference for presenting novel and fundamental advances in Sustainable Development issues in Asia. The purpose of the conference is for scientists, scholars, engineers, and students from universities and research institutes around the world to present ongoing research activities, so as to promote global research networking in the sustainable development area. This conference provides opportunities for the delegates to exchange new ideas and application experiences face to face, to establish research or business relations, and to find global partners for future collaboration. The scope of this Special Issue encompasses topics related to sustainable development and management at both the macro- and micro-levels in Asian countries.