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Landscapes {Soundscapes: Dronestrikes on Saturn

 

Laura Plana Gracia

 

Introduction:

Dronestikes on Saturn is the collaboration between raxil4 and his Nameless Is Legion, an audio work that uses reverb laden drones with pedals, sine generators and a four track with loop tapes of sonifications of the Saturn radio waves recorded near the poles of the planet via the Cassini spacecraft. It is a media ecology audio work offering an ethical composition and aesthetical piece for preservation of the space, the urban space or the outer space, where these waves have been captured. In this case, preservation laws could develop a strong policy to facilitate the research for audio work in the conservation of sound as (eco)system.

Keywords: audio work, drones, generators, sonifications, waves, media ecology, soundscapes, sound ecosystem, landscape, sonic landscape

 

1. Spatial Aesthetics, Situationism & Cybernetics

A Soundscape is a tool to map the city, a counter mapping ideology opposed to surveillance. Following Situationism and Psychogeography, sound art in public space defence the connections between the place, the identity and the memory, refusing the commodification of non-places and the unifying non-symbolic landscape proposed by capitalist architecture. Since surveillance has turned the public space into merchandise, artists and medialabs have transformed the same space into a more sociable place within the implication of alternatives strategies for communication which use geophysical instruments such sensors or lasers. Brandon LaBelle in Background Noise: Perspectives on Sound Art describes a soundscape as a potential tool to transform reality (1). As he says, revolutionary statements make a claim onto history to charge a given time and place with radical energy: to galvanize the masses, to overturn social behaviour, to disrupt and ultimately transform reality. Such statements act as momentary bursts of outrage and political conscientiousness, giving definition to the here and now as a time in need of rupture. Exploring revolutionary desire as a temporal moment, Brandon LaBelle examines various historical texts and statements calling for social transformation. From Situationism to Black Caribbean rights, random melodies are lyrical homages to revolutions. Comments and suggestions about art production, time of spectacle, and organization of labour are used to declaim about the revolutionary moment as a recurring intensity throughout history. But, in a deeper projection, LaBelle also refers to soundscape. To understand the powerful meaning of sound in history, in Acoustic Territories: Sound Culture and Everyday Life he explores the features of the auditory paradigm, its relation within the surrounding environment and the condition of architectural spaces (2). There is a genealogy or list of sites and topographies, such as underground spaces, the street or the home, to investigate how sound lends to experiences of place. This is further explored by considering place according to particular sonic behaviours. Understandings echo, vibration, feedback, rhythm, silence, noise and transmission, all are used to investigate and unfold particular auditory histories and cultural narratives, and to detail the sonic geographies of everyday life. In that sense, Brandon LaBelle is one of the main exponents on the Spatial Aesthetics, a philosophic movement, influenced by cartography, mapping, psychogeography, non-objectual tendencies in contemporary art, geopolitics and materialism. Spatial Aesthetics connect art with technology and ecology. Geopolitics, psychogeography and Situationism, as well as soundscapes, and other metaphysical and artistic movements considering the effects of public space, territory or space in general, are studied and analysed under its features. Spatial Aesthetics has an intention to define and introduce a methodology to study theory of systems and universal laws.

One point to consider is psychogeography, the science or study of the effects of the landscape on the emotions of its passers-by. In this sense, there should be a ound-psychogeographic-practice to pay attention to the establishment of security practices in public space consisting of the display of CCTV. Electronic technologies provide video surveillance devices such as cameras or microphones for public space. CCTV, wireless video and other surveillance system are imposed to reduce the crime. One example to be analysed is the recorded video material of an incident occurred in Woolwich, London, U.K. It is an historical case about progress, technology and civil rights. The attack in Woolwich is described as a terrorist attack, where the British Army soldier: Drummer (Private) Lee Rigby of the Royal Regiment of Fusiliers was killed by two men near the Royal Artillery Barracks. The existing CCTV recorded material was analysed by the police but not released in the media. The Independent Police Complaints Commission released a statement about the incident based in the recorded CCTV footage. But the images taken from passers and residents using mobile devices and telephone cameras were distributed through media channels like YouTube and newspapers such as Daily Mirror. The most important about the case refers to the audio captured and recorded from i-phones and other mobile telephones. This is an historical novelty about public space sound recording, new journalism and surveillance. In consideration to the Data Protection Law 1998, it is not permitted to record sound in public space. Electronic communications, such as phone calls, emails, text messages, web browsing sessions, GPS data, although all can capture and record sound, are all subjected to privacy legislation. Recording sound via their uses without permission are not permitted, are against the law and against privacy and human rights.

Situationismis a counter-culture tendency in art and public space. It is defined as a furious reaction to the establishment of a mainstream culture. Their reaction implies an option that encourages struggle, populism, and favours a position for ecology in public space. The artists and writers who participated in the International Situationiste were, among others, Guy Debord, Libero Andreoti and Herbert Marcuse. Situationists are the European alter-ego of the Beat Generation, formed by Bob Dylan, Burroughs and Brion Gysin in America. Both movements have been influenced by oriental philosophy and open processes to understand art, science and society. The Beatniks trusted that "Things do not happen in logical sequence. Any writer who hopes to approximate what actually occurs in the mind and body of his characters cannot confine himself to such arbitrary structure as logical sequence. Joyce was accused of being unintelligible and he was presenting only one level ofcerebral events: conscious sub-ocal speech. I think it is possible to create mevents and characters that a reader could comprehend with his entire organic being"(3). This paragraph offers an idea about what exactly was the definition of a landscape of sound in mind for the Beatnik artists. Gysin in the Dream Machine achieved to measure the ontological and metaphysical dimension of sound through lighting the sense of vision towards the inside of the brain. The effects of the movement in the neurons produced by the sparks of lights created an inner soundscape. The Beatniks understood why sound is an open process and a non-linear system. Supporting that, the Beatniks referred to how different levels of speech in the mind of oneself could resemble the idea of different range of frequencies found in a sound spectrum. This is also a statement exposed by James Joyce in Finnegan's Wake, and it is about the multi-layered labels of language in the brain. Finally, it also has to be said how the Situationism, and among them, Guy Debord, declared themselves against "La Societe du Spectacle," criticizing the media production, the cultural industries, and the pop rock celebrities mass culture. From the counter culture scene, the Beatniks and Situationists were also defenders of punk D.I.Y. (do it yourself) ideology as anti-corporative movement.

Another supporting idea about landscapes and soundscapes is about inner landscapes, mindscapes or experiences with Dream Machines. Here it is to say why the composition of audio works is a complete construction offering meaning and answer to the space that surrounds us. This idea is defended in Cybernetic theories developed by Norbert Wiener. The author offers an analytical response to understanding the Sound as a nonlinear system. Through an approximation to noise as an effect in the computational process, sound is determined as a chaotic and non-determinate responsive process. Moreover, Norbert Weiner cites the Copernican system and the Ptolemaic system as philosophical examples to study the geocentric system of the Universe. Those ancient traditions are based in trigonometric analysis. But in complex system (such as electronics, computation or physics), random and indeterminacy are main features to non-linear processes, making systems become more complex and sometimes subjective. Noise is understood as a random system. This effect creates an approximate definition of creative processes in the Universe. In Norbert Wiener, all these considerations regarding complex system leads to determinate a new direction for Cybernetics and scientific rationalism. And this is the development of new models of techno-science based on electronics and biology. This new model of science is dedicated to the study of life as a complex, dynamic and random system, and moreover to sound as an (eco)system. Experiments with brain waves give us more information about biological process and brain functions. Sounds coming into the brain give us a physical response to the surrounding environment. Sound is studied through biologic processes based on Heisenberg, who developed the theory of atomic indeterminacy based on molecular textures, homeostatic processes (changes in matter and temperature) and micro unities of measures. In addition, Cybernetics as a confluence between biology and electronics, in most part of the cases uses sound, noise and audio works to study complex systems altogether with gas and other substances. Indeed, the theory of the Cybernetics supports the idea of cyber-biology, techno-science and cyber-feminism. This New Science considers sound as an eco-system of spectral frequencies. Stochastic processes imply not only a reconsideration of the biological condition of the sound spectrum, but also a new designation and definition for the idea of the ecosystem of sound. To study sound as a phenomenon under the point of view of mathematics and logic means to accept the definition of a system, but considering the 90's idea of a lively systems under the point of view of the biology, sound as ecosystem introduces a change in natural history and cybernetics. Cyberneticsstudies of frequencies and spectrums and various ranges of oscillations are using homoeostatic processes to consider the reaction of gas and air in the spectrum of sound. These processes connect automatically with the idea of the soundscape as a landscape of materials where micro-materials define the metaphysic of sound. In that order, the experimental use of sound in Cybernetics and neuroscience connect art, science and technology, and resolve this idea of noise as a fundamental part of Cyberneticstheories, because cybernetic noise considers and connects with disciplines such as communication engineering, cardiology, mathematics and neuroscience, as part of sound and vision. The major idea here is to defend, too, the processes of inner soundscapes as a response of an outer landscape.

How the system of sound becomes an ecosystem of sound (soundscape or landscape) is represented in Music of Changes by John Cage. In John Cage, indeterminacy is the main feature to create music, and it brings light to the idea about the nonlinear systems of music. Uncertainty, fractal, indeterminacy, chaos are main features for music influenced by oriental system of thought. John Cage opened the possibility to indeterminacy, a prophetic style in art and music that develop the cutting edge of the scene in vanguard culture. It takes some references from cut up projects. In its study of language as a multi-layered element of brain, John Cage describes the use of different registers of voices those who allow personality and human being to develop memory and to communicate. These registers are studied for artists belonging to the Beat Generation such William Burroughs and Brion Gysin. In their poetics and aesthetics, the Beat Generation, Fluxus movement and Conceptual Art follow orientalism and Zen attitude, producing audio works resembling inner landscapes, states of soul, transcendent and immanent inner visions, explaining spacing out phenomena. Nowadays, artists have a better scientific approach to resolve the problem of the senses, using methodologies based on atomic physics and neuroscience, solving interconnection between sound and vision (4). Finally, it has to be said that a contribution to these soundscapes, is the one that Marshall McLuhan offered. His version about the optical cortical nerve, denominated quiasma, is a cross in between two nerves that produces the exchange between sound and vision, and explains the phenomena of spacing out as an inner soundscape.

 

2. Three Examples of Sonic Landscapes: Locus Sonus, Psychogeophysics Summit and Orbitando Satelites

Here it is mentioned different supporting examples to illustrate the idea of soundscape as a solution for ecological systems in public space. Firstly, there is the practice with microphones and field recording for live streaming. One of the most advanced systems of this type is Locus Sonus, a pure data tool for microphones and soundscapes that collaboratively creates a network of connected profiles established worldwide. Locus Sonus is a live open microphone network online. Locus Sonus artists work collaboratively curating sound art exhibitions and producing different events and conferences involved in sound resources. The project Locus Sonus is a global open microphone network based in Southern and Central France. Locus Sonus is engaged at all levels, from hosting a network to developing streaming hardware and promoting research. One of the last actions has represented more than 10 sound artists from London (raxil4, hNIL, Luke Jordan, Grant Smith, Graham Dunning, Robbie Judkins) in an exhibition about wave field recording, amplifications, microphones improvisation, distortions, radars and telegraphs sounds, signal intrusions and electromagnetic interferences, soundscapes, warscapes and seascapes, using filters, feedbacks, echoes and experimental d.i.y. devices. Grant Smith presented for the occasion a live audio stream under the Antarctic ice made available by the Alfred Wegener Institute's PALAOA marine research project. This was distributed in the exhibition space through two severed communications tubes found on site. Moreover, Grant Smith organizes SoundCamp, a daybreak listening event in London, broadcasted in a 24 hour worldwide transmission, relayed by streamers on the Locus Sonus network and elsewhere. Reveil/SoundCamp engages with the study of place, nature, and merges philosophical enquiries about art, ecology, politics and the use of technology. Reveil/SoundCamp project aspires to be a fully global collaboration. In London, it is connected with the Centre for Sound Arts Practice (CRiSAP) at LCC/UAL, and in Belfast with the Sound Arts Research Centre (SARC). Reveil is coordinated by SoundCamp. Reveil is interested in Wild soundscapes, the implications of listening attentively and especially listening live to fragile soundscapes. There is an intersection with the concerns of bioacoustics on land and under water, as these involve monitoring, habitat conservation/reconstruction, and environmental activism. To soundmap is an experience about listening to local sound gaining a new dimension different from the auditorium. Reveil is an evolution of field recording. Bernie Krause has said that most of the locations where he has captured sound since 1968 are now severely degraded if not actually 'without voice.' All these different ways to produce audio works or artworks offer a new possibility to understand and interpret reality.

Secondly, the Psychogeophysics Summit is used to explain landscape and soundscape. It develops experiments in interaction with sound as a local spectral ecosystem. Reading the memory of the landscape, artists give a counterculture radical position of established policies of art, industries and resources. Following the definition of psychogeography, Psychogeophysics Summit introduces to the study of geographical environment, the consideration of emotions, behaviour and mental states of the citizens and passers-by. Including geophysics and studies of local spectral ecology, the term Psychogeophysics was first used explicitly during a research group conducted as part of the Transmediale.10 festival, Berlin, in February 2010, entitled Topology of a Future City. Psychogeophysics names a new direction in which many artists and researchers have explored recent history of sound. The first Psychogeophysics Summit took place in early August 2010 in London, assembling an international group of artists, researchers and theorists to promote this novel discipline with a series of public oriented experimental workshops and seminars investigating various psychophysical fictions in East London. Psychogeophysics borrows techniques from EVP/ITC (Electronic Voice Phenomena and Instrumental Transcommunication), classical psychogeography, thoughtography, amateur radio astronomy, archaeological geophysics, TEMPEST analysis and environmental steganography. These techniques include: excitation, intervention and performance, domains and frequencies (earth or skin resistance or impedance measurement), low and high frequency electromagnetic radiation detection, all frequencies of sound signal detection. Apparatus and technologies that are used correspond to VHS, tape recorder, television, magnetometers and spectrometers, and sometimes electroencephalographs. Supporting Spatial Aesthetics philosophy, Psychogeophysics also contributes aesthetically and technically to re-mapping, to archaeological geophysics of urban locations, to data forensics and hidden emissions, and to geomagnetic phenomena. Among the Psychogeophysics activities and projects such day-collective-exploration of spectral phenomena, investigations of non-causality and detection of anomalies within processes of measurement and observation are underlined. So, Psychogeophysics authors follow to describe a non-scientific knowledge based on research and experience. Its constant influence of landscape, memory and drift, among electromagnetic techniques and factors such indeterminacy, uncertainty, refer to our hearing as a response and transposition of the sensible/metaphor and metaphysics (5).

Finally, the aero-spatial practices has to be considered as part of the landscape of sounds. Orbitando Satelites was a workshop conducted by sound artists, engineers, hackers and musicians; the workshop used geophysics methodologies and typologies for a quantitative observation of the earth, the sun and lava flows altogether with its correspondent physical properties. Orbitando Satelites was part of Plataforma0 and took part in LABoral Gijon. It showed some of the results of a process of investigation begun by Plataforma Cero in May 2011 with the meeting of a group of artists, investigators and amateurs dedicated to listening, watching, thinking and imagining satellites. The aim was the outer space features and their poetics, and finally to analyse data captured from satellites and transcript into sound and images. Among the participants were Alejandro Duque, Joanna Griffin, David Pello, Reni Hofmueller, Luca Carrubba Husk, Lord Epsylon, Xiu Cueva, Bruno Vianna, Cinthia Mendonça, Laura Plana, Pedro Soler, Gonzalo Garcia, Pablo Gallo, Victor Mazón, Raquel MP19, Una_Fremen, Ana Arboleya, Nuria Rodriguez, Cristina Ferrández, Lorena Lozano, Josian Llorente, and Aritz Zabaleta. The Manual Orbitando Satelites [OS] presents texts by all of the authors. It is said that since 1990s, the arrival and growth of the Internet facilitated the exchange of information among Natural Radio hobbyists and eventually made real time solar and geomagnetic information available to everyone. During the workshop, the participants developed and learned from different tools, software and hardware to manage and listen to the satellites that are already orbiting the earth: 1) Gpredict, a real time satellite tracking program for GNOME, based on the tracking engine of John Magliacane's excellent satellite tracker Predict and written by Alexandru Csete, also known as OZ9AEC, a physicist from the University of Aarhus, working in the European space industry, holder of a CEPT Cat.1 amateur radio certificate since 1991 (6). 2) PureData, written by Miller Puckette and the PD community, used by Husk, connected via OSC to Gpredict in the audio track to the exhibition called Dreaming Satellites. 3) GNU radio, developed toolkit that provides the signal processing runtime and processing blocks to implement software radios using readily available, low-cost external RF hardware (7). 4) SatTrack3D, written by Makoto Kamada, Japan (8). 5) FunCUBE Dongle, connects the antenna reception to GNU radio via USB by AMSAT-UK as part of the FUNcube satellite project (9). 6) OpenROTOR, built by David Pello in Plataforma Cero, 2011, an Ionic Satellite Fountain model based in one built by Bruno Vianna in Plataforma Cero, 2011 (10). 7) OSC module for Gpredict, written by David Pello with contributions from Alejandro Duque and Bruno Vianna as part of the Orbitando Satelites project 2011 @PlataformaCero, LABoral, it was first envisioned as a useful bridge to allow experimental uses of data in sound installations during interactivos10 @medialab-prado 2010 and the module enables Gpredict to send values out to other programs allowing the control of motors and other hardware or software via Open Sound Control. All these techniques and different range of tools allow artists to capture sounds, intercept communications and provide more information about the outer space. All was an exercise inside the imperceptible realm of the waves of radio electric frequencies to spot and listen to both geosynchronous and low elevation orbiteers. Finally, like the ornithologist guided by sound, the spectral analysis technologies from the Victorian age gave us a soundscape captured with a VLF (Very Low Frequency) receiver that allowed the listening of satellites.

 

3. Dronestrikes on Saturn

Dronestikes on Saturn is the audio work resulting from the collaboration in between raxil4 and hNIL (his Nameless Is Legion). An audio work that uses reverb laden drones with pedals, sine generators and a four track with loop tapes of some fine recordings or sonifications of the Saturn radio waves recorded near the poles of the planet via the Cassini spacecraft. It is a media ecology audio work offering an ethical composition and an aesthetical piece for preservation of the space, the urban space or the outer space, where these waves have been captured. In this case, preservation laws could develop a strong policy to facilitate the research for audio work in the conservation of sound as (eco)system. Here, the Cassini Orbiter Instrument survey and sniff, analyse and scrutinize. And of course, they take stunning images in various visible spectra. The 12 science instruments on board the Cassini spacecraft are seemingly capable of doing it all. Each instrument is designed to carry out sophisticated scientific studies of Saturn, from collecting data in multiple regions of the electromagnetic spectrum, studying dust particles, and to characterizing Saturn's plasma and magnetosphere environment (11). The instruments gather data for 27 diverse science investigations, providing scientists with an enormous amount of information on the most beautiful planet in our Solar System. Optical Remote Sensing instruments study Saturn and its rings and moons through the analysis of the electromagnetic spectrum: Composite Infrared Spectrometer (CIRS), Imaging Science Subsystem (ISS), Ultraviolet Imaging Spectrograph (UVIS), Visible and Infrared Mapping Spectrometer (VIMS). Partly, fields, particles and waves are studied and analysed through particular instruments to detect the dust, plasma and magnetic fields around Saturn. While most don't produce actual "pictures," the information they collect is critical to scientists' understanding of this rich environment. These are the Cassini Plasma Spectrometer (CAPS), Cosmic Dust Analyzer (CDA), Ion and Neutral Mass Spectrometer (INMS), Magnetometer (MAG), Magnetospheric Imaging Instrument (MIMI), Radio and Plasma Wave Science (RPWS), or Microwave Remote Sensing. So, using radio waves, these instruments map atmospheres, determine the mass of moons, collect data on ring particle size, and unveil the surface of Titan, with Radar and Radio Science (RSS). Electronic artist raxil4, Andrew Page, has created an immeasurable beautiful series of audio work based on Saturn and other planets. The series so far have featured a range of soundscapes manipulations. He creates sounds from field recording and electronics, sometimes using the radio emissions from planets like Jupiter. His sounds also feature de-tuned radios, televisions, computers, turntables, CDs and MP3 players, tape recorders, electronic games, vintage equipment and handmade electronic devices and sculptural instruments (12). Some examples here: Solo, a white dwarf star GD358 track, a live mix of Saturn, the Sun and GD358, and a new live version on 3 four tracks featuring 3 new tapes, a second recording of Saturn, the Diamond Star and Alpha Centauri, as well as the original Saturn tape, The Sun and GD358. It has to be said that within the last 3 examples involving Dronestrikes on Saturn, Orbitando Satellites and Psychogeophysics Summit, all these are using spectrometer (spectrophotometer, spectrograph or spectroscope) to measure the unit of light on the electromagnetic spectrum (13), as well as magnometers among others devices, but these are both the common ones and the more important. It is primordial to use and understand these devices and tools in the creation of audio work to define nature of soundscape. As part of sound techniques to capture landscapes, there are many others to capture, like the UAVSAR, the Uninhabited Aerial Vehicle with Synthetic Aperture Radar, used in image science, equipped with radars to get images through interferogram techniques. All of these tools and hardware capture images in polymetric phases detecting changes on earth with time to show interferometric images (14). This versatile NASA equipment of imaging radar system is showcasing its broad scientific prowess for studying our home planet. More information about tools is available at NASA (15).

 

 

 

 


 

 

NOTES

(1) ^ LaBelle, Brandon. Background Noise: Perspectives on Sound Art. London.

(2) ^ LaBelle, Brandon. Acoustic Territories: Sound Culture and Everyday Life. Continuum Books, 2010.

(3) ^ Originally from The Job: Interviews with William S. Burroughs (Daniel Odier & William Burroughs), in Miles, Barry, William Burroughs, A portrait. London: Virgin Publishing Ltd., 1992. P. 162.

(4) ^ Cage, John. Indeterminacy. http://johncage.org/indeterminacy.html

(5) ^ Anonymous. The Psychogeophysics Handbook. London, 2010.

(6) ^ Gpredict http://gpredict.oz9aec.net/

(7) ^ GNU Radio http://gnuradio.org/

(8) ^ Satellite Tracker 3D http://mada.la.coocan.jp/sat/index.htm

(9) ^ FUNcube UK Amateur Radio Educational Satellite http://funcube.org.uk/

(10) ^ Vianna, Bruno. Ionic Satellite Fountain. LABoral, 2011.

(11) ^ NASA, Jet Propulsion Laboratory, California Institute of Technology, Cassini http://saturn.jpl.nasa.gov/spacecraft/cassiniorbiterinstruments/

(12) ^ Jackson, Steve. From the sound of Jupiter to old TV's, discover the world of raxil4. The Lincolnshire, 2014.

(13) ^ Browning, John. How to work with the spectroscope: a manual of practical manipulation with spectroscopes of all kinds. London: Browning. 1882 https://archive.org/details/howtoworkwithspe00browrich

(14) ^ NASA Flies Radar South on Wide-Ranging Scientific Expedition http://www.nasa.gov/home/hqnews/2013/apr/HQ_13-097_Science_Radar_Flights.html

(15) ^ NASA http://saturn.jpl.nasa.gov/index.cfm http://saturn.jpl.nasa.gov/

 

 

 

 

This article is a revised version for Hz.

 

LAURA PLANA GRACIA (Barcelona, 1982). Education: BA History of Art UB University of Barcelona, 2006; MA Curating New Media Art MECAD 2007; Curating, Communication and Criticism, Central Saint Martins, University of Arts London 2009. Participation in study/work program at MA Media Art Histories, Vienna 2010. PhD forthcoming at New Media Curating, with Beryl Graham. She has exhibited at Arco Cinema Madrid 2010 and Sound.art Event London 2013, and her paper presented at ISEA Conference Dortmund Germany 2010. Curator by invitation at MOTA Museum of Transitory Art New Media Art, Belgrade, Serbia 2011. Awarded by MACBA as Researcher in Residence at Centre d'Estudis Barcelona.

 

 

 

 

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