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"Fuzzy Logic is a speculative project that responds to noise pollution with music composition. Traffic noise is now the inorganic combination of individually designed sounds. A recent European law states that new models of electric and hybrid vehicles will have to make a noise by 2019: a great design opportunity! Exploiting the potential of current shifts towards electric transport, the project presents an alternative: noise itself becomes the object of design, and traffic is turned into a musical experience. Future e-cars are approached as speakers on wheels and rather than design the sound of single vehicles, we can compose the sound of traffic as a whole. Indian traffic epitomizes the future of noise, in increasingly overpopulated urban ares across Asia and Africa. The focus is on the iconic indian tuktuk. Each one plays an instrument as part of a system designed to be randomly harmonic and make musical sense as a whole - regardless individual tuktuks driving patterns. Traffic becomes a jam session, a kind of moving orchestra."

"This site documents examples discussed in my book Between air and electricity - Microphones and loudspeakers as musical instruments. Although most of these pieces and performances are best experienced live, these audio and video documentations might be helpful to get a better understanding of the music."

Blog post focusing on artists exploring the amplification of long wires (like electrical lines, wire fences, etc) it includes Alan Lamb, Alastair Galbraith, and Alvin Lucier.

"Creative Time presents Playing the Building, a 9,000-square-foot, interactive, site-specific installation by renowned artist David Byrne. The artist transforms the interior of the landmark Battery Maritime Building in Lower Manhattan into a massive sound sculpture that all visitors are invited to sit and "play." The project consists of a retrofitted antique organ, placed in the center of the building's cavernous second-floor gallery, that controls a series of devices attached to its structural features-metal beams, plumbing, electrical conduits, and heating and water pipes. These machines vibrate, strike, and blow across the building's elements, triggering unique harmonics and producing finely tuned sounds. "

Hawkinson is renowned for creating complex sculptural systems through surprisingly simple means. His installation "Überorgan"-a stadium-size, fully automated bagpipe-was pieced together from bits of electrical hardware and several miles of inflated plasti

"The radiofrequency spectrum is at the heart of telecommunications, used by police, emergency personnel and public transport services, as well as the armed forces. Every day, this spectrum ensures the proper functioning of mobile phones and wireless devices. Seen as an essential resource by some and as a health hazard by others, the electromagnetic fields generated by radiofrequency spectrum activity have multiplied exponentially since humans first learned to harness electricity. In his Electrosmog series, Jean-Pierre Aubé searches out ambient radio frequency activity in the urban landscape of Montréal, which for Aubé forms a singular territory, characterized by its density in the city and by the political and economic issues that accompany it. Equipped with a radio, an antenna, and home-made software, the artist sweeps the titular spectrum of radio frequencies. Every tenth of a second, the device takes a snapshot of its readings - a measure of electromagnetic activity on a specific frequency. This information is then paired with images of Montréal, digitally altered by these same measurements, to create a "documentary in sound" of the city's spaces. Montréal, well-known to the artist after years of radiofrequency experiments here, is the eighth city in which Aubé has measured and visually presented this urban Electrosmog. Electrosmog, Montréal, 01.1 MHz - 144 MHz, 2012 Text from the CCA and Elektra - video abstract original length : 11 minutes - built with Processing"

"The comparison of a city's clock to a person's heart, though it has been made countless times, remains evocative. When Christina Kubisch first visited MASS MoCA in 1996, she was moved by the fact that the century-old factory clock had not kept time, nor had its bells rung, since 1986, when the Sprague Electric Company vacated the 13-acre site. This 19th-century clock, located in an eighty-foot tower with a 750-pound and a 1,000-pound bell, had set the rhythm of the workday in North Adams since 1895, ringing every quarter hour. Now those bells and beautiful brass clockworks share the tower with components of The Clocktower Project: solar panels, electronic sound system, and a computer with Kubisch's unique program on its flash disc. "

"The ear has 20,000-30,000 hair cells, the nerve endings responsible for carrying the electrical impulses through the auditory nerve to the brain. These delicate receptors bend or flatten as sounds enter the ear, typically springing back to normal in a few hours, or overnight. But over time, loud sounds can cause more permanent damage as hair cells lose their resilience. Frequent and intense exposure to noise will cause these receptors to flatten down, stiffen, and eventually break. The damage can interfere with the ability to determine the location of a sound, cause extreme sensitivity and pain, and make it impossible to discern language with background noise. One in 20 Americans, or 48 million people, report some degree of hearing impairment. RELATED STORY What My Hearing Aid Taught Me About the Future of Wearables "

I see them in the streets and in the subway, at dollar stores, hospital rooms, and parties. I see them silently dangling from electrical cables and tethered to branches of trees. Balloons are ghost-like entities floating through the cracks of places and memories. They are part of our rituals of loss, celebration and apology. Yet, they are also part of larger systems, weather sciences, warfare and surveillance technologies, colonialist forces and the casual UFO conspiracy theory. For a child, the ephemeral life of the balloon contrasts with the joy of its bright colors and squeaky sounds. Psychologists encourage the use of the balloon as an analogy for death, while astronomers use it as a representation for the cosmological inflation of the universe. In between metaphors of beginning and end, the balloon enables dialogues about air, breath, levity, and vibration.

"For an exhibition at the Hessel Museum of Art, the artist wired five groups of corn plants to five music devices, forming a biofeedback system. Control signals were generated by measuring the electrical resistance of the plants' vegetable tissue, which in turn activated the MIDI synthesizers. Viewers were encouraged to interact with and touch the plants, which affected the sounds being played. The audience and cornfield were not just participants but actors, acting together-in concert-to produce the work."

"Ariel Guzik designs and produces mechanisms and instruments to enquire into the various languages of nature. He is also a musician, draftsman and illustrator. He is the director of the Nature Expression and Resonance Research Laboratory in Mexico (Laboratorio Plasmaht de Investigación en Resonancia y Expresión de la Naturaleza, Asociación Civil), an organisation which explores natural resonance, mechanics, electricity and magnetism and how these phenomena can be applied to music and sound experiments."

"Given light, space, electricity, and a stack of discarded electronics, Thessia Machado will make music. For more than a decade, the sound artist has been building her own instruments with found and modified parts-old speakers, circuit boards, fax machines-intent on broadening the dimensions of sound and sound-making. Unlike traditional instruments, Machado's creations and installations generate sounds triggered by atmospheric factors such as light, movement, and electromagnetic waves. They harness and marshal the ambience, audibly expressing their environments. "These sounds that [were] not there, are now there," she says. And sound, she adds, is "basically air that's organized.""

"Quick-what does a brain sound like? Time's up! The answer is, of course, "nothing." If you said "lightning and sparks," though, you're forgiven. Odds are good that every "trip" you've taken inside the brain has featured a CGI image of squiggly gray matter, accompanied by the sizzling sound of electricity. This and other sonic clichés-blood whooshing through veins, organs squishing and pulsing-are as much a part of a certain type of hour-long TV drama as a plot twist before a commercial break. They're also a staple in documentaries, where such sounds accompany visuals depicting smaller dramas, like the journey of a blood cell, or the ravages of puberty."

"Ethan Rose's Hum responds specifically to the Jefferson Substation, an electrical substation that is located just outside the loop of downtown Chicago. The step down transformers at the Substation emit an audible 60 cycle hum. This rich harmonic drone permeates the surrounding city blocks. For this site-specific radio broadcast, installation, and performance, Rose assembled a small choir of vocalists who will be positioned at a near distance to the transformers. The choir hums the overtone series in harmony with the transformer's buzz."

"Scientists from Chalmers have demonstrated a new kind of detector for sound at the level of quietness of quantum mechanics. The result offers prospects of a new class of quantum hybrid circuits that mix acoustic elements with electrical ones, and may help illuminate new phenomena of quantum physics. The results have been published in Nature Physics. ​The "quantum microphone" is based on a single electron transistor, that is, a transistor where the current passes one electron at a time. The acoustic waves studied by the research team propagate over the surface of a crystalline microchip, and resemble the ripples formed on a pond when a pebble is thrown into it. The wavelength of the sound is a mere 3 micrometers, but the detector is even smaller, and capable of rapidly sensing the acoustic waves as they pass by."

"Digital Sanctuaries, Manhattan is an urban soundwalk combining the original music of Electric Kulintang (Susie Ibarra and Roberto Rodriguez) with the visual art of Makoto Fujimura and interaction design by Shankari Murali. Built for both IOS and mobile web app, Digital Sanctuaries invites the public to alight on a virtual pilgrimage through the built environment of a cityscape, finding meditative spaces in unexpected places, marked by an ever-changing musical score. As the audience engages with the music in each place, they are encouraged to discover the hidden qualities of the world without while taking time to contemplate the world within."

"Non-Human Rhythms 1 is the first of a series of live recordings featuring different micro-organism and there bio-electrical activity translated in to a sound process. In this release listen to 30 minutes of signal originated in bacterial fuel cells. "

"An electric humming vibrator designed to upset neighbours operated for about a month inside New Zealand's tallest apartment tower, sending 25 neighbours "just about insane" before it was discovered and disabled, a resident says."

"In theoretical physics, 'Bosonic' refers to the original version of 'string theory', developed in the 1960s. Although the initial hypotheses behind Bosonic String Theory have since been expanded and modified, the underlying principle remains intact; that the various properties of matter and force can be a reflection of the ways in which a string vibrates. The oscillating properties of these hypothetical strings determine the properties of particles and all forms of energy. As such, the theory proposes that the entire world may be composed of these infinitely small vibrating 'strings'. Bosonica is a sonic exploration of the concepts behind this theory. The sound material which underpins the work is predominantly sourced from stringed instruments, in particular piano, guitar (acoustic and electric) and cello. At times the original properties of these vibrating strings are very present and recognisable, however the work explores increasing blurring and abstraction, creating new constructions from the original material and presenting to the listener dense and abstract dimensions. Despite this, the untreated instrumental material consistently returns as a reminder that it serves as the building block from which all other material is derived. The use of 5.1 spatialisation magnifies the perceived kinetic energy of material. Small gestural fragments are scattered over the 5.1 array to form accumulative trajectories of sound, and the listener becomes immersed in the dark abstract landscapes generated by the sounds of strings. The work was composed in 2009 in the Electroacoustic Music Studios of the University of Manchester, UK. With thanks to Emilie Girard-Charest (cello) and Camilo Salazar (guitar)."