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"The performative sensory environment Displace 2.0 takes place in the building of the recently dissolved platform TAG in the Hague for the 2012 TodaysArt festival. Displace 2.0 puts your sensory experience in the foreground. Groups of visitors progress through the three floors of the TAG building, encountering a series of environments and experience sensory-based actions that intermingle the senses of smell, taste, sight, sound and touch. At first, these sensory modalities are separated from each other, but then they grow over time to cause intense, almost hallucinatory sensations merging to the point of saturation."

"Watching people, talking with them, and actively engaging in social practices are the participatory techniques through which the ethnographer learns to see the world as his or her participants do, rich with socially constructed and historically situated meaning. Yet the focus on seeing the world as your participants do sometimes eclipses the other sensory modes that people employ to make sense of social and material interactions."

" Ernst Karel is Lecturer on Anthropology, Assistant Director of the Film Study Center, and Lab Manager for the renowned Sensory Ethnography Lab at Harvard University. In his audio projects, he works with analog electronics and location recordings, sometimes separately, sometimes in combination, to create pieces that move between the abstract and the documentary. Karel collaborates with filmmakers as a sound recordist, mixer, and sound designer. Notably, Karel has worked on key films produced at the Sensory Ethnography Lab including Sweetgrass (2009) and Leviathan (2012), both of which were released in UK cinemas via Dogwoof."

"Snoezelen Multi-Sensory Environments are relaxing spaces that help reduce agitation and anxiety, but they can also engage and delight the user, stimulate reactions and encourage communication."

"Artificial synesthesia (syn = together, and aisthesis = perception in Greek) is a deliberately evoked or induced sensory joining in which the real information of one sense is accompanied by a perception in another sense through the use of a cross-modal mapping device. It is also known as virtual synesthesia or synthetic synesthesia. The additional perception is regarded by the trained synesthete as real, often outside the body, instead of imagined in the mind's eye. Its reality and vividness are what makes artificial synesthesia so interesting in its violation of conventional perception. Synesthesia in general is also fascinating because logically it should have been a product of the human brain, where the evolutionary trend has been for increasing coordination, mutual consistency and perceptual robustness in the processing of different sensory inputs."

"My research is also experimenting with new immersive technology in the areas of vibrotactile experiences, gesture recognition devices and sensor technology that translates body movement into digitally generated sound and image. Each of these technologies has initially been developed to enhance the sensory experiences of those with sensory loss, mental illness or individuals with disabilities."

"Echoic memory is a part of sensory memory and refers to auditory memories. The sensory memory that takes into account sounds that you've just encountered is a form of this memory type. Memories and sound are important aspects of your hearing and your ears, so we wanted to take an in-depth look at echoic memory, what it is and how it can affect us."

"Ed Yong's book urges readers to break outside their "sensory bubble" to consider the unique ways that dogs, dolphins, mice and other animals experience their surroundings."

"An ear-oriented multi-sensory event, SoundPedro will be presenting artists whose work addresses sound and aural perception in combination with other senses."

"All animals use their senses to perceive the world, humans included. But not every animal senses the same thing. In Pulitzer prize-winning science journalist Ed Yong's new book, he explores the way each species sees the world through its own sensory viewpoint and explains why that should both delight and humble us."

"ELECTROCHROMA is a 58ʼ30" audiovisual work that emerged from the manipulation of light to generate imagery as well as using a combination of extended techniques applied to sonic-material sources, including translation of image to sound to create the 5.1 surround audio composition. The work utilizes various analog and digital procedures and a variety of software processes to manipulate the moving image and sound. The workʼs imagery ranges from dark to light monochromatic spheres, shifting dynamics and intensity, including flickering and pulsating patterns, retinal impact, and sensory overloads. The sound composition focuses on timbre, low ends, modulated frequencies, textures, static noises, and electronic sounds moving through space. Other sonic layers were created through the use of electromagnetism, custom electronic sounds, and voices scored for the work and performed in a recording studio by artist Marylea Martha Quintana."

"What unites all the immersive art rooms is the communal sensory experience viewers share together."

"During the Covid-19 pandemic, comparisons have often been drawn between lockdown measures and prison, yet people with lived experience of prison have countered that such domestic confinement bears little resemblance to the pains of imprisonment. These different viewpoints suggest that the general public has little understanding of what happens behind prison walls. This blogpost considers how prisoner writing can describe prison to the non-prisoner reader (i.e. a reader who does not have lived experience of prison), bearing witness to the carceral experience. Drawing on examples of short stories about prison, written by current or former prisoners, I examine how these writers recreate sensory aspects of prison in their writing. Carceral texts commonly recount the sights, sounds, touches, tastes and smells of prison; but, in my experience of reading and analysing prisoner writing, it is the depiction of prison sound that is most powerful and affecting. In this blogpost, I examine how prisoner-writers translate the speech and sounds of prison into written form, to convey the carceral experience to those outside prison walls."

"Elements including lights, sounds, and crowded spaces can overload some individuals' senses and trigger physical pain or emotional distress.  "

"That color and smell have a sensory connection is long-established, but there's debate about whether associating the smell of strawberries with red or smoke with black is something structured in our brains, based in language, or resulting from experience. A study published this week in the peer-reviewed, open-access PLoS One called "Cross-Cultural Color-Odor Associations" suggests it may be cultural."

"In November 2019, visitors to the Tate Exchange were invited to experience urban noise as a multi-sensory art installation. The artwork KIMA Noise was developed by the Analema Group over the last two years in collaboration with Dr Stephen Stansfeld (Queen Mary). Audiences were drawing their graphic impressions of urban noise as a real-time sound sculpture. Audiences could experience urban sound from around the Tate as trajectories of sound, travelling through the space of Tate Exchange at Tate Modern. Four real-time streams, from construction noise, to railroad tracks were visualised on the panoramic windows of the Tate's monumental architecture. Through direct experience, the audience learned about the effects of noise, while shaping and designing their own soundscape."

"Matthew Rubery discusses the Optophone as part of the 'How We Read: A Sensory History of Books for Blind People' exhibition. For more information see: http://www.howweread.co.uk."

"What Do I Hear? was the pilot research project of a multinational collaboration that aimed to explore formative and theoretical questions of accessibility and inclusivity through sensory translation in the presentation and creation of art."

"Scientists have recently made some remarkable discoveries about non-human sounds. With the aid of digital bioacoustics - tiny, portable digital recorders similar to those found in your smartphone - researchers are documenting the universal importance of sound to life on Earth. By placing these digital microphones all over Earth, from the depths of the ocean to the Arctic and the Amazon, scientists are discovering the hidden sounds of nature, many of which occur at ultrasonic or infrasonic frequencies, above or below human hearing range. Non-humans are in continuous conversation, much of which the naked human ear cannot hear. But digital bioacoustics helps us hear these sounds, by functioning as a planetary-scale hearing aid and enabling humans to record nature's sounds beyond the limits of our sensory capacities. With the help of artificial intelligence (AI), researchers are now decoding complex communication in other species."