transduction

In this essay I introduce the notion of transducer function in the fields of electronic literature and digital art. Firstly, I survey the transduction concept throughout its history in such domains as physics, genetics, microbiology, biochemistry, physiology, psychology, philosophy, logic and computer science. Secondly, I discuss the relevance of a transduction theory versus the advantage of a transducer function. I migrate the transduction concept into the fields of electronic literature and digital art, showcasing the contexts of application, and several transfer processes and functions. Finally, I apply the transducer function as a theoretical typology and a recognizable system, highlighting some artworks by R. Luke DuBois, André Sier and Scott Rettberg that can be read within this framework. Thus, it means taking into account a set of transfer and conversion processes: information, patterns and data among mechanisms, technologies, themes, creative and theoretical guidelines. In this sense, I develop a critical framework that operates as a method for analyzing and comprehend further digital artworks.

(Source: Author's Abstract)

Electronic Literature and Digital Art share many processes, themes, creative and theoretical guidelines. In this sense, I developed a critical framework that could resist to a hyperdisciplinary analysis and include one of the characteristics of this sharing pattern: the transfer and transformation processes. In order to recognize these processes I have done an approach of the transduction concept that could perform a theoretical migration on these aspects: the transducer function. Thus, the transducer function appears in the critical analysis of the works by Mark Z. Danielewski, Stuart Moulthrop, R. Luke DuBois and André Sier. The selected works are representative of the following genres: novel, hyperfiction, net.art and digital installation, drawing on phenomena and concerns resulting from the creative production within the digital culture. In this research I have enhanced mechanisms, patterns, languages and common grounds: authorship, user, cybertext, surface, hypertext, infoduct, interactivity, pixel, algorithm, code, programming, network, software and data. (Source: Author's abstract)