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""When I'm on location, it's a totally solitary activity. You put some headphones on, and at that moment, nobody can hear the world like you can." Chris Watson is talking to me over Skype from his home in Newcastle-upon-Tyne, explaining the details of a soon to be released smartphone app, which contains a cherry-picked collection of his sound recordings made as far back as the 1990s. Many originally appeared on CD (via Touch, who now also have an iPhone app), but Watson is enthusiastic about finding new formats such as this for his work. "The app is going to be used by individuals, and that means there's an individual at either end of the chain," he says. "I like the idea that wherever you are, you can drop into this environment." "

"Joe Banks is a sound artist, author and researcher, originally specialising in radio phenomena and electromagnetic noise. For over twenty years Joe has been performing, releasing albums and exhibiting under the guise of Disinformation. This Disinformation brand name allows for a critique of corporate identities and modern communication, and uses a sonic palette sourced from errant radio waves, natural earth signals, and interference from the sun and from the National Grid, etc. In 2012, Joe published "Rorschach Audio - Art and Illusion for Sound" on Strange Attractor press, a book that explored the subject of EVP (ghost voice) research in contemporary sound art practice. Joe's work currently focusses on language and evolutionary neuroscience. Joe lives in London, 40 metres from the spot where physicist Leo Szilard conceived the theory of the thermonuclear chain reaction."

" Science of storytelling 5 identified specific sounds that filmmakers use to scare us in horror-thriller films. In this article, I will be revealing the science of how different sounds in horror-thriller films optimise engagement. The research findings are based on a 5-year scientific study of suspense and engagement in horror-thriller films. I will first summarise the film experiment research methods and how our brain responds to a fear stimulus through a chain of neurological processes that can be recorded and analysed. Finally, the research outcomes (highlights) describe how viewers physiologically responded to specific sounds in horror-thriller films, in terms of anxiety durability (time) and intensity (level)."