Emit Snake-Beings
Maker Culture and DiY technologies: re-functioning as a TechnoAnimist practice.
Abstract:
The emergence of ‘Maker Culture’ and ‘Maker Spaces’ within formal (and informa l)
learning environments around the world can be seen as part of a wider shift in consciousnes s
regarding the relationship between human and the material environment. This is reflected in
theoretical and academic movements such as the ‘material turn’: where concepts such as
Jane Bennett’s ‘vibrant matter’ and Karen Barad’s ‘intra-activity’ have begun to displace
human intention as the exclusive centre of agency. In this article, an engagement with DiY
(Do-it-Yourself) technologies
is explored through an observation of the workshop
environment of a single practitioner: uncovering strategies which allow material agency to
re-function simple technologies into forms which would be difficult to reproduce using
exclusively human intention. Deviating from the role of technology as an invisib ly
functioning tool, material media is defined as an approach to technologies which
incorporates materials as active agents in the creative process of making of cultural artefacts.
Through the use of redundant and discarded materials, the DiY practitioner examined in this
article is seen to follow a Techno-Animist approach to media technologies: acknowledging
the qualities of ‘vibrant matter’ as an active component of agency; re-situating the human in
relation to the material environment.
Keywords: material agency; material media; Techno-animism; re-functioning; DiY
technologies; (Do-it-Yourself) DiY ethos.
Introduction
The ‘material turn’ and new materialism trends in media studies have created a revived
interest in the relationship between human and material. Maker Culture and similar craftbased strategies of upcycling and the re-using of discarded technologies (Hatch, 2014;
Spencer 2007; 2008) have been paralleled in the emergence of ‘Media Archaeology’ as a
new field of academic enquiry (Parikka 2012; Huhtamo & Parikka 2011; Zielinski &
Wagnermaier, 2007). These practices document a fascination with the materials of media,
with redundant forms of media providing a more visible and malleable manifestation of the
materials environment. Objects and fragments of technologies, which have been reconfigured into new assemblages, are all part of the material media discussed in this article,
whereby the material processes can be seen more clearly as an indexical link between the
cultural artefact and the materials of technology. An example of this closer indexicality are
the micro-grooves of the vinyl record where sound is recorded in peaks and troughs
reflecting the actual shape of the recorded sound, contrasted with the digital data recorded
on a compact disk: an invisible collection of zeros and ones which cannot be seen by the
naked eye. The Maker Movement, described as the “[third] industrial revolution” (Hatch,
2014, 3-10) and a return to materiality echoing the ‘material turn’ in media studies,
identifies the physicality of making as “fundamental to what it means to be human… [and
that] physical making is more personally fulfilling than virtual making… [through its]
tangibility; you can touch it” (Hatch, 2014, 12). It is the “tangibility” of materia l
engagement, and material media, which this article addresses as being an important aspect
of re-situating the human within the material environment. In this sense, forms of ‘materia l
media’ are those which have less opaque enclosures to obscure the workings, processes and
materials contained within: this also includes media which have had the ‘Black-box’
removed. The DiY practitioner discussed in this article can be defined as someone who
engages with the materials of media technologies: allowing material agency to become part
of the process of both practical making and making meaning of the material environment.
Maker Culture and the DiY practices explored in this article can be seen as part of a
theoretical practice which is a counter-point to Black-boxing. Black-boxing is a term used
by Bruno Latour (2005; 1999; 1987) to describe technologies where the mechanics of its
workings are concealed under an opaque surrounding, so that: ‘When a machine runs
efficiently… the more opaque and obscure [the workings] become (Latour 1999, 304). It
seems that the Black-box depends on the efficient functioning of technology to maintain its
invisibility: it is doing the intended job and, therefore, technology becomes ‘invisible by its
own success’ (304). This function of success to obscure the materiality of Black-box media
is contrasted by approaches of Maker Culture where “experimentation is highly regarded,
with playful engagement and risk taking (learning through making mistakes, trying novel
approaches) very much encouraged” (Sharples, McAndrew, Weller, Ferguson, FitzGera ld,
Hirst, & Gaved, 2013, 33). It is this aspect of “learning through making mistakes” and the
experimentation with what appears to be ‘error’, in terms of conventional ideas of functio n
which is of interest in both the theoretical concerns and the practices observed later in this
article. Science and technologies studies (STS), particularly the methodology of observing
practices within a laboratory or workshop as part of a network of actants, forms part of the
theoretical situating of this article: whereby a DiY practitioner is observed within his
workshop, and the wider material environment, as being part of an extended mesh of agency.
The concept of Techno-Animism recognises the extended mesh of agency which
incorporates both human and nonhuman actants, opening the Black-box which obscures the
processes behind the functioning of devices, to become ‘opaque’, enclosed and ‘complete ly
determined by its [intended] function’ (Latour 1999, 183). Through the opening of the
Black-box, technologies also become an engagement by amateurs in the processes of ‘expert
territory’ (Parikka & Hertz 2012, 148), creating transversal practices which focus instead on
“novel applications
of technologies,
and the exploration of intersections between
traditionally separate domains and ways of working” (Sharples, et al, 2013, 33).
The argument is that Maker culture, by working in the “intersections”, displaces human
intention as the central figure of agency. The separation between human and material is also
challenged by Karen Barad, who claims that the separation of the human and the nonhuma n
is part of the duality imposed by Western philosophies which: “assumes an inherent
difference between human and nonhuman, subject and object, mind and body, matter and
discourse” (p. 829). For Barad, the dissolution of human and nonhuman duality is part of a
material turn, shifting away from the focus of language as a tool for understanding the world ,
and a new emphasis on material forces which recognise that “language has been granted too
much power... [in] the belief that grammatical categories reflect the underlying structure of
the world” (2003, 801-802). Through exploring these intersections, between human and
nonhuman material, the aim is to enter into the theoretical concerns of Maker culture, as a
methodology which recognises the entanglement between practice and theory:
If we wish to understand what technology means to those who invent, tinker with,
build, or just use its products, we must investigate how the aesthetic is intertwined
with the practical; how the giving of meaning is related to building and making
(Pacey, 1999. 18).
The first task is to situate Maker Culture within the theoretical concerns of breaking down
the barriers between human and material, setting the theoretical agenda in terms of defining
‘error’ as a diversion from an exclusively human agency.
A theoretical backdrop to the material forces of the workshop
This article introduces the concept of ‘error’ as a diversion from an exclusively human
agency. Error is central to Latour’s concept of reverse Black-boxing (1999, 174-215), a
procedure which describes the emerging visibility of processes and materials when a
previously invisible item of our technology ceases to function as intended. Using the
example of a video projector, Latour argues that when it is operating the actual machine is
invisible and composed only of the function it is performing. However, when something
goes wrong with the technology, the Black-box process is set into reverse and the enclosure
of the dysfunctional object begins to break down into multiple objects and components
replacing the previously ‘invisible’ functioning of the Black-box:
Now suppose that the projector breaks down. The crisis reminds us of the
projector’s existence... Whereas a moment before the projector scarcely
existed, now even its parts have individual existence... our ‘projector’ grew
from being composed of zero parts to one to many (1999, 183).
Reverse Black-boxing is a way in which individual components become disengaged with
overarching function, this means that the object unfolds from being a single invisib le
function, ‘composed of zero parts’, to being comprised of ‘many’: the multiple components
and materials which can now be seen to contribute to functionality.
To reverse the process of Black-boxing means that previously closed objects of technolo gy
become open to participation at the level of material entanglement. The disparate
components obscured by the containment of the Black-box, and the context of functio n
under which they were subsumed, now possess capacities for multiple functionalities: they
are no longer ‘bent, enrolled, mobilised, [or] folded in any of the others’ plots’ (Latour 1999,
185) but instead unfold in ‘time and space’ (183), just as the disparate objects and materials
in Larsen-Jensen’s workshop originate from multiple periods of media development, and
multiple functionalities. This unfoldment of multiple actants is a form of extended agency,
whereby the intersections between human and material are explored.
Extended agency is a theme of Clark and Chalmers’ argument that the physical environme nt
is an active participant in thought processes, extending the space of the mind into the
material environment of the workshop:
Where does the mind stop and the rest of the world begin?... Some accept
the demarcations of the skin and skull, and say that what is outside the body
is outside of mind. Others are impressed by arguments suggesting that the
meaning of words “ain’t just in the head”, and hold that this externalis m
about meaning carries over into an externalism about mind. We propose to
pursue a third position... an active externalism, based on the active role of
the environment in driving cognitive process (Clark & Chalmers 1998, 7).
In ‘active externalism’ (Clark & Chalmers 1998, 7) the area of the mind extends beyond the
physical borders of ‘the demarcations of the skin and skull’ (7), and includes external
materials as active agents in the cognitive process. In addition to this, the material external
world also actively influences the processes of the mind, as a two-way intra-action, as
suggested by Karen Barad earlier in this article. Active externalism argues that processes of
the mind can take place externally to the human body, with external devices actively
engaged within the thought processes. In following Clark and Chalmers’ argument, the
human cognitive system, our way of creating meaning and ideas, results from an intra-actio n
between internal and external actants: an interdependency which Clark and Chalmers
describe as a ‘two-way interaction’:
The human organism is linked with an external entity in a two-way
interaction, creating a coupled system that can be seen as a cognitive system
in its own right. (Clark & Chalmers 1998, 8-9).
In Clark and Chalmers’ view the brain and the external world form a ‘coupled system’ which
is as interdependent and interlinked as ‘part[s] of its [own] brain’ (8-9) and therefore
represents an extension of cognitive agency outside of the human. According to Levi R.
Bryant, the extended mind means that ‘our minds are not simply... in the brain, such that the
brain is a centralised controller that manipulates representations, but rather minds are
extended out into the physical media of the world’ (2014, 86-87). In viewing the mind as a
source of agency, the idea of the ‘extended mind’ and ‘active externalism’ is adapted in this
article as a signifier of extended agency: a recognition of the active agency of objects within
the material environment.
Extended agency is of particular interest when it comes to observing the workshop practices
of a DiY practitioner later in this article: and as a tool for recognising the influences of the
wider material environment, such as the recycling centre from which many of the materials
are gathered and become active participants in the creation of artefacts. In this article the
term ‘Techno-Animism’ is used to describe the re-situating of the human, and the
participatory role of materials in the processes of creating artefacts. Whilst Techno-Animis m
infers traditional animist beliefs that recognise a spirit or source of agency contained within
material objects, the focus is towards the more contemporary concepts of Jane Bennett’s
‘neo-animist ontology’ (2011, 120), evoking the concept of ‘vibrant materials’ (Bennett
2010, 23) where ‘vital forces... [create] an open-ended collective’ (24). This idea of TechnoAnimism is echoed later in this article, when DiY practitioner Felix Larsen-Jensen says of
materials: ‘It’s got its own life. This stuff makes its own music’ (22 February 2013
interview), implying a process of re-functioning which emerges from the entangled
configuration of human and materials.
Methodology
Since the form of DiY culture I wish to examine in this article is highly practice-orientated,
part of the concern is to determine the most effective way in which data can be accessed,
analysed and presented within the literary constraints. The two main roles of the researcher
are therefore: to maximise access to relevant forms of data in the field and also; to analysis
these observations in respect to the theoretical perspectives articulated in the first part of this
article.
In the practice-oriented field of DiY culture, access to data comes from the capacity of the
researcher to allow participants to articulate what would usually be an unspoken form of
‘tacit knowledge’, emerging from the intra-action of material practices and theoretica l
considerations. According to Michael Polanyi, this personal or tacit knowledge is knowledge
that “falls short of the ideal of precise formalization... unspecifiable knowledge... [such as]
an art which cannot be specified in detail [and] cannot be transmitted by prescription, since
no prescription for it exists” (Polanyi , 2005, p. 55). Tacit knowledge is the type of knowing
that is experienced in the act of making and is particularly relevant to the study of DiY
Maker Culture and its “exploration of intersections between traditionally separate domains
and ways of working” (Sharples, et al, 2013, 33) as mentioned before.
One way in which the researcher has increased access to data is through having a shared
repertoire of experiences and perspectives within the field of study: that the researcher is
also a participant within similar practices or has collaborated and participated with
practitioners within the field. The argument is that shared experiences allow the researcher
to both access data and also to bring informed insights into the direction of the research.
This means that researcher and practitioners within the field ‘speak the same language’, the
researcher is more likely to be trusted by practitioners and will also have access to a wider
variety of practitioners from which to choose. Through shared experiences the researcher is
drawing upon ‘complementary knowledge’ which enables insightful observations and
analysis to be made from practices within the field of study. This means that the source of
this complementary data, in the form of personal experience, is not necessarily ‘quotable’
and able to be incorporated directly into the text but adds to a “nuanced understanding of
context that can come only from personal experience... [without which] we may not always
ask the right questions” (Mack, Woodsong, Macqueen, Guest, & Namey, 2005, p. 14).
By acknowledging the importance of incorporating multiple types of knowledge, generated
by a mixed methodology, the positivist paradigm of objective observation is challenged and
the type of knowledge generated is therefore ‘situated’ within a particular context, rather
than claiming a universal objectivity. In the case study of this article, the enquiry is
specifically limited to a close reading of the activities of a single practitioner in the field of
DiY sound culture: as a sharing of situated tacit knowledge between the researcher and the
researched.
In a post-positivist methodology it is assumed that the researcher will inevitably effect the
research outcomes. The process of making the researcher more ‘visible’ becomes one way
of recognising and accounting for these influences as part of the research process. Placing
the researcher within the picture is part of the mixed methodology which has been adopted
by Stephen Duncombe (2008), George McKay (1998) and Amy Spencer (2008), all of whom
incorporate anecdotal and informal data sources to situate their experiences within the field
of practice. This is indicative of a post-positivist approach in which a single viewpoint is
replaced by multiple methodologies for generating and analysing data.
Part of the mixed methodology used in this article is to incorporate a form of grounded theory which emerges from the informed observations of the studio practices of a single DiY
practitioner. Grounded theory leans towards an inductive methodology, in which multip le
views rather than one objective position is sought. Grounded-theory requires a higher degree
of connection and sensitivity between the researcher and the object of study than a traditiona l
positivist approach. To be sensitive to the field of study means to be ‘insightful’ in the act
of observation and analysis of practices within the field, and as Juliet Corbin and Anselm
Strauss suggest, positions the researcher as an active participant in the production of
knowledge:
Sensitivity stands in contrast to objectivity. It means having insight as well
as being tuned in to and being able to pick up on relevant issues, events, and
happenings during collection and analysis of the data (2015, p. 78).
For Corbin and Strauss, “sensitivity” in the field of research means that there is increased
access to data through “analysis” and “insight(s)” (p. 78), and also in the ability of the
researcher to “pick up on relevant issues” (p. 78) which may be denied to other researchers.
“Sensitivity” of the researcher comes from experiential knowledge of the particular aspect
of DiY culture examined in this article, allowing insights into concepts which emerge from
practices. A background of experience and collaboration within the field of research also
means that the researcher is more able to “discern” between different aspects of theoretica l
concern, as Corbin and Strauss state:
We need to have some background, either through immersion in the data or
through personal experience, in order to know what we are seeing in data is
significant and to be able to discern important connections between concepts
(2015, p. 79-80).
My argument here is that “personal experience” (p. 79-80), in terms of tacit knowledge of
the field of study, works as a complementary viewpoint which allows “importa nt
connections [to be made] between concepts” (p. 79-80) and also between the observation of
practices and more theoretical concerns.
My personal experiences in DiY culture, over a number of years, has included many aspects
of the DiY practices which are examined in the case study, enabling the researcher to “walk,
so to speak, in that other person’s shoes... to discern the meaning of words and actions of
participants” (Corbin & Strauss, 2015, p. 78). In allowing multiple viewpoints to influe nce
the methodology of this thesis the “sensitivity” (Corbin & Strauss, 2015, p. 78) of the
researcher becomes an active component of influence, with the aim of the researcher to
balance sensitivity in the field with the more rigorous application of prescribed theory. These
multiple viewpoints and consideration of the researcher as an active element offers a
methodology in which the researcher is seen as being more involved as “part of the situatio n
they are investigating” (McNiff, & Whitehead, 2006, p. 9). Action research takes away the
focus from the individual and towards the situated ‘action’ of the practices involved. Action
research is a methodology which was originally devised for the development of educationa l
practices in which teaching practices were evaluated by researchers who were engaged in
the practices themselves (Dick, 2006, p. 441). Action research offers an alternative to
situating the researcher outside of the field of study, to ask:
“What are those people doing over there? How do we understand and
explain what they are doing?” This kind of research is often called spectator
research, and is usually outsider research. Action researchers, however, are
insider researchers. They see themselves as part of the situation they are
investigating (McNiff, & Whitehead, 2006, p. 8).
As an alternative viewpoint to “outsider research” (p. 8), action research offers a
methodology for analysing the influence of more participatory roles of the researcher.
In the less participatory role of researcher as participant there are varying degrees of active
positioning of “participant as observer” (Bryman, 2001, pp. 289-310). This varying degree
of active positioning is discussed in terms of the levels of participation of the researcher with
the chosen case study. A participant as observer means that the other participants are aware
of my role as researcher, but that I am also perceived as a participant in the field of research.
The primary source of data in this article comes from a recorded, unscripted and infor ma l
conversation between myself and DiY practitioner Felix Larsen-Jensen, taking place within
the context of his home workshop on 22nd February 2013. The choice of using the studio
space for the interview allowed a more visceral connection with both the material objects
and the processes involved, it also allowed Larsen-Jensen to demonstrate some of his DiY
machines in various states of completion. In observing the workshop environment and the
role of materials, within a DiY practice, this article utilises a form of material analysis,
driven by the emerging concept of Techno-animism: where the forces of ‘vibrant materials ’
have been articulated, through observation and interpretation, as a complimentary source of
data to the recorded spoken conversation.
Starting from an observation of Larsen-Jensen’s workshop, the investigation shifts to the
wider material environment of the recycling shop where Larsen-Jensen obtains his materials.
The implication is that both workshop and source of materials play a role in influencing the
configuration of DiY electronic musical instruments, emerging from an ‘intra-actio n’
between human and material environment: as an extended agency which reaches beyond the
exclusively human domain and re-situates the human within the materiality of a TechnoAnimist paradigm.
In this sense, the idea of intra-action is influenced by Karen Barad’s view of agency as an
‘enactment’:
Agency is a matter of intra-acting; it is an enactment, not something that
someone or something has. It cannot be designated as an attribute of subjects
or objects... Agency is ‘doing’ or ‘being’ in its intra-activity (Barad 2007,
178)
In Barad’s view, agency, as the ability to make change happen, is situated in the
entanglement of material and human forces, so that, it is ‘important to consider agency as
distributed over nonhuman as well as human forms’ (2007, 214). Through the DiY attitude
to technology, the practice of re-functioning using discarded and faulty components is
examined in this article as influencing the design structures of the musical instruments which
emerge from Larsen-Jensen’s studio.
The extended agency of the workshop.
[INSERT FIGURE 1 HERE]
Figure 1: Materials awaiting re-functioning (image by author, 2013).
As Figure 1 suggests, Felix Larsen-Jensen’s workshop, B-side Studios, is a complex materia l
environment of discarded, broken, repaired and re-configured technologies from diverse
eras of media development. The central shelf shows various pieces of equipment, reading
left to right: there is a tape deck (circa 1980); a set of two aluminium pressure cooker steamer
trays (circa 1970); and a repaired micro guitar amplifier. Above this shelf there is a jumble
of the various leads used to connect audio signals between pieces of equipment. The
appearance of cooking utensils seem strangely out of place, until we look at the materials
used in Larsen-Jensen’s DiY musical instruments later in this article, where diverse objects
and materials, such as these, are part of their configuration.
[INSERT FIGURE 2 HERE]
Figure 2: Larsen-Jensen in his ‘environs’ of B-side studios (image by author, 2013).
In a similar image of the workshop (Figure 2), we see an overflowing ‘mess’ of materials,
in which wires, equipment and dismantled components, in various states of functionality,
are displayed as potential materials in assemblages which can be used in the production of
sound.
From observing the arrangement of objects in Larsen-Jensen’s workshop the impression is
that the connection between objects and their new re-functioned purpose is an ‘organic’
process, that is, a process which emerges from the practice of collecting, sorting and storing
potential objects for re-functioning. By ‘organic’ I mean a process which echoes the selforganising capacities of organic growth, and that objects seem to find connections with other
objects through an agency which is not entirely situated within human intention: again
suggesting the life force of objects as a Techno-Animist process.
Observing Larsen-Jensen’s workshop it seems that when technologies become redundant or
forgotten, the materials leave their original context, and functionality begins a process of reconfiguration. Initially this seems to reduce the object to its basic materials by removing the
supporting context of other interlocking functional objects, so that: objects, and their
functions, are defined by their location amongst other objects; and a functionality which
comes from their position within the assemblage of components used to fulfil a particula r
purpose. This could also be understood in terms of the potentials and capacities of objects
to connect with other components to create new functions: designated as the re-functional
capacity or re-functional potential of materials within this article. Therefore, the recycled
object, devoid of its context, is an object defined by its individual material qualitie s,
characteristics and its capacities to connect to other objects.
This re-functional capacity of materials is suggested in the 2006 version of the B-side studios
website:
The B-side studio operates by a ‘Womble ethic’ of using whatever is
available. Most of our gear has come from rubbish tips or junk shops, then
sometimes fixed or modified, sometimes not. Many of our methods and
techniques have developed from the limitations imposed by the equipment
at hand, necessity often proving to be the mother of invention (LarsenJensen 2006).
The “Womble ethic” of B-side records refers to an animated British children’s televis io n
programme (circa 1973) about a group of anthropomorphic animals who live in an
underground burrow, recycling discarded materials and technologies from the human world.
This is a good analogy to Larsen-Jensen’s workshop environment, where living space is
melded with workspace, an ‘underground burrow’ suggesting a close engagement between
the human and the material environment. In the television programme, the underground
environment of The Wombles is filled with everyday items which have been re-functio ned
into new, surprising and inventive uses. The “Womble ethic” is closely aligned to aspects of
the DiY and Lo-Fi ethos, in which functionality is not fixed by the manufacturer of a product,
but remains malleable and dependant of the available capacities of other found objects. This
can be related to Amy Spencer’s discussions of the DiY approach to Lo-Fi music, where the
functions of technology are considered to be malleable:
The Do-it-yourself approach to music making is all about producing you
own music using whatever resources are available to you… usually played
on home-made or improvised instruments… [a] tradition of Lo-Fi music, the
concept of not trying to seek out new technology to produce your music
(Spencer 2008, 187).
Lo-Fi and redundant technology is particularly malleable since the original function has
either become obscured over time, or has been erased in the process of transforming a
functioning item into its basic material components. The process of technology taken from
‘rubbish tips or junk shops, then sometimes fixed or modified, sometimes not’ (LarsenJensen 2006), suggests that alterations to functionality and error are central roles in the
process.
Error has the connotation of being a failure of function, objects which have ceased to
function in the correct way, however, falling short of complete error, the partial functioning
of technology is seen by Larsen-Jensen as the ‘limitations imposed by the equipment at
hand’ with which he works (2006). This implies that obstacles, such as broken equipment,
can be found to have the accidental advantage of providing functions which are somehow
preferable to the intentional functioning of standard fully functioning and therefore
‘invisible’ technologies (Latour 1999). In this way, the ‘Womble ethic’ is an engageme nt
with material media which comes about through the disruption of intended function: through
the errors which allow the Black-box to become open to the participatory potentials
contained within.
Through Larsen-Jensen’s process of dismantling equipment and visibly storing the materials
found inside, the workshop functions as both a catalogue of available materials and as an
‘open’ collective of connections and re-functioning capacities. My impression is that
Larsen-Jensen’s workshop functions as a Techno-Animist environment, with materials
acting as active participants, influencing the creative process through intra-acting materials
placed within the proximity of each other.
[INSERT FIGURE 3 HERE]
Figure 3: Material media of the open loud-speaker (image by author, 2013).
As seen in Figure 3 above, the main entrance of the studio is studded with excess supplies
of dismantled loudspeaker components removed from their usual opaque enclosure: visib ly
extending the process of sound into the material environment and reflecting one of the aims
of Larsen-Jensen, to:
Make electronic music where people can see that the music is actually being
made in front of them, not just being played back in front of them (22
February 2013 interview).
In this sense the material process becomes an important part of the final outcome. By making
processes visible, the influence of materials is utilised as a vital component of DiY practices,
situating the material environment as an active capacity of agency: an extended agency
which incorporate the configuration of human and work shop materials.
This can also be seen, as Rebecca Onion says, an urge to use mechanical and Lo-Fi
technology as a way to increase the ‘transparency of motion functions... [which allows a]
closer physical bond’ (2008, 146) or indexicality between materials, media and the human
participant. Another way of looking at Onion’s idea of material media increasing the
“transparency of… functions” is through extended agency, which is more the focus of this
article. Through extended agency, ‘indexicality’, as a tangible link between maker and
materials, emerges from material engagement between human practitioner and materia l
environment.
The idea of extended agency can be applied to the material environment of Larsen-Jensen’ s
workshop: as a configuration of ideas generating material- human intra-action, and also; in
regards to the wider material environment of the recycling shop where the availability of
discarded objects also becomes part of the process. One way that Larsen-Jensen allows the
material environment to influence the form of his art is in his choice of recycled materials:
A lot of it comes from the recycle centre here in Raglan, the rubbish tip,
called Xtreme Waste, [for example] those are pie dishes, for baking a pie in.
I found a bunch of those up at Xtreme Waste a couple of years ago (22
February 2013 interview).
The environment of Xtreme Waste, and the objects available there, play a significant role in
determining the form taken by Larsen-Jensen’s oscillators. For example, the physical shape
of the oscillators owe their form to the re-use of aluminium and wooden containers which
Larsen-Jensen finds at the local refuse tip, as shown in Figure 4, showing the types of
materials on the left which are used in the construction of the oscillators on the right side of
the image:
[INSERT FIGURE 4 HERE]
Figure 4: Raw materials and resulting oscillators (adapted with permission from LarsenJensen, 2011).
As can be seen in Figure 4, with the oscillator on the far right, its casing is made from an
assemblage of three wooden and aluminium kitchen bowls. The use and selection of
materials, such as those pictured above, is dependent on the available supply of recycled
artefacts which come from the local rubbish tip. Therefore, the environment of the rubbish
tip can also be seen as part of the process of active externalism which links the workshop
and human practitioners within a particular productive configuration. The influence of
Xtreme Waste is examined below in terms of the way that materials are sorted, categorised
and displayed according to material characteristics rather than function: a process which
removes objects from their usual association with other objects and contexts of simila r
functionalities.
[INSERT FIGURE 5 HERE]
Figure 5: Xtreme Waste in Raglan (image by author, 2013).
One interesting feature I observed at Xtreme Waste (Figure 5) was the sorting of objects into
different material types, such as steel, wood, and glass. This means that the functionality of
the object is secondary to the material qualities, and that, objects of the same material are
placed together regardless of their original purposes.
[INSERT FIGURE 6 HERE]
Figure 6: Xtreme Waste: sorting of objects into material categories (image by author, 2013).
In the categorised environment of Xtreme Waste connections between objects occur which
would not necessarily happen when the objects are embedded in their functional situatio ns.
For example, looking at the above image, birdcages, deckchairs and Zimmer frames (as seen
at the top left of Figure 6) are placed next to each other, and in the foreground, kitchen trays
are placed next to drain pipes and sinks, all placed together due to their materia l
characteristics of being made from aluminium. The re-distribution of familiar objects, within
the context of Xtreme Waste, not only places an emphasis on the materiality of the object,
but also provides a fertile ground for the imagination to reconstruct functions for the objects
which are beyond their usual capacities. By categorising objects into materials, the origina l
function of the object is taken out of context, reducing the object to a series of materia l
characteristics which increase the re-functional potential of materials.
[INSERT FIGURE 7 HERE]
Figure 7: Bread tin audio mixer (image by author, 2013).
An example of Xtreme Waste materials can be seen in Figure 7, depicting Larsen-Jensen’ s
bread tin audio mixer. Here the metal of the bread tin functions as an efficient electrica l
insulator for the audio signals as well as a strong casing for the fragile electronics contained
within. I argue that part of this re-functioning of the bread tin has been influenced by the
way in which Xtreme Waste categorise objects depending on types of metal – so that when
Larsen-Jensen visits the dump shop looking for a metal enclosure for his electronics, he is
directed towards a collection of objects with diverse functionalities.
As an environment used by Larsen-Jensen as a source of materials, the argument is that
Xtreme Waste offers what Clark and Chalmers calls an ‘active externalism’ (1998, 7): an
extension of the mind into the material environment and also, in a more Techno-Animis t
viewpoint, there is also a flow of agency from the materials; as an influence on the structure
and appearance of the object created. This vibrancy of materials suggests an almost human-
like sense of agency: indicating the ‘two-way interaction… [of] a coupled system’ (Clark &
Chalmers 1998, 8-9).
Another example of the Techno-Animist influence of materials can be seen in the
connections of materials in Larsen-Jensen’s guitar effects box, seen in the images below, in
which an aluminium jelly mould has been re-functioned as the casing:
[INSERT FIGURE 8 ]
Figure 8: The re-used jelly mould as a guitar effects pedal casing (adapted with permission from
Felix Larsen-Jensen, 2013).
In the jelly mould guitar effects pedal (Figure 8), the light metallic material of the jelly mould
provides an efficient electrical insulation from stray radio waves and is also an aesthetically
appealing re-functioning of an everyday object. The question is: what are the processes
involved ‘to deviate, to change, to alternate, [and] to modify’ (Zielinski & Wagnermaie r
2007, 9; Huhtamo & Parikka 2011, 12) the functioning of such an object, in such a dramatic
and varied manner? In reference to a Techno-Animist view of materials, there has been some
form of agency which has emerged from the characteristics of the object: a vitality which
has allowed the object to shift from functioning as a common kitchen item to becoming
enmeshed within an entirely different configuration of functionalities. Techno-Animis m
suggests that factors within the object and the material environment play a role in
determining the resulting functionality, for example: the jelly mould becomes redundant due
to changes in kitchen behaviour, material factors such as decreased food preparation time
and an increase in the availability of mass-produced food items; the mould is disposed of at
Xtreme Waste, where it is sorted according to the type of material it is made from; selected
by Larsen-Jensen and stored at his workshop until a new functionality emerges as part of
an assemblage of other materials and objects.
Techno-Animism infers that the process of re-functioning is on-going and continuous, with
objects and materials falling in and out of different functional states.
[INSERT FIGURE 9 HERE]
Figure 9: Larsen-Jensen adapting one of his oscillators (image by author, 2013).
Figure 9 shows Larsen-Jensen adapting one of his oscillators using makeshift tools,
including a spoon (centre of image) and a pair of scissors, used to open up one of the casings
since, as he says: ‘a lot of them never really get finished... most of them are like this, held
together with bits of tape’ (22 February 2013 interview). This perpetual prototype approach
describes the playful attitude of experimentation with the electronic circuits, whereby, the
process is a major component of the music:
They are all prototypes. In a way, the process is the music, part of the
language of this sort of music is the language of discovering what circuits
do… these machines start directing the music, in that, this circuit makes this
kind of sound, so that’s the music you are going to make today (22 February
2013 interview).
As demonstrated so far, Larsen-Jensen’s engagement with materials and technolo gy
involves allowing material agency to determine the form, or ‘language’ of the sound created,
this theme is further explored below.
The influence of materials in the structures of media produced
[INSERT FIGURE 10 HERE]
Figure 10: Larsen-Jensen’s ‘pie-dish’ oscillator used with tape-machine amplifier (Reprinted
with permission from Felix Larsen-Jensen, 2012).
Figure 10 shows an instrument made by Larsen-Jensen in 2006, named by the researcher as
the pie-dish oscillator because its casing is made from a discarded aluminium dish usually
used for cooking pies. The recycled pie-dish was obtained from Raglan’s refuse centre along
with the control knob on top, which is recycled from the tuning knob of an old Bakelite
radio.
One of the faulty components used in the pie-dish oscillator, is the frequency control
potentiometer or ‘pot’, which is the electronic component which the musician operates to
change the pitch of the oscillator. Over repeated use the potentiometer has deteriorated and
now, instead of a smooth sweep between frequencies, the oscillator creates a very different
sound, as Larsen-Jensen describes:
That’s a very simple square wave oscillator, this is the first one I built and
its starting to die a little bit (very loud harsh atonal noise heard on intervie w
tape), it feels like the ‘pot’ is wearing out a bit and it’s not very precise
anymore, so it kind of wobbles around a bit… It’s just the ‘pot’ itself, when
it was new it was a very smooth kind of [sound]… now it just wobbles
around [between different frequencies] (22 February 2013 interview).
The circuitry of Larsen-Jensen’s ‘simple square wave oscillator’ is based on a 4000 series
integrated circuit, a component used in the logic circuitry of calculators in the early 1980’s.
The re-functioning of this basic logic circuit means that the type of audio output is limited
to a series of ‘on/offs’, that is, it produces the ‘simple square wave’ which is the most basic
sound wave possible from an electronic means. By using the faulty ‘pot’ component to
control the frequency of the square wave the oscillator is able to produce a very complex
sound, way beyond the capabilities of the simple components used. It is the combination of
these two functional units, the square wave oscillator and the faulty frequency control
component which produce the characteristic complexity of sound. The complex output
obtainable from the intra-action
of these simple components brings to mind the
characteristics of Jane Bennett’s non-totalising assemblage, where the effects of the
assemblage are: ‘distinct from the sum of vital forces of each materiality considered alone’
(2010, 24). I understand this to mean that, the way materials intra-act creates an output which
is ‘greater than the sum of its parts’1 , suggesting that this additional ‘vitality’ (in the form of
re-functioned ‘error’) emerges from the assemblage. Due to this faulty component, when the
‘pot’ is turned the pie-dish oscillator produces an intermittent ‘noise’ effect, varying from
harsh metallic grinding sounds to a sound similar to fluctuating hissing steam which
sporadically and unpredictably resumes a pitched tone:
[INSERT FIGURE 11 HERE]
Figure 11: The chaos and pattern of the pie-dish oscillator waveform (image by author, 2013).
1
A phrase associated with Aristotle: “The whole is greater than the sum of its parts”, here used in the context
of Jane Bennett’s assemblage of vital materials.
The visual representation of the sound in Figure 11, shows that the regular pattern of the
square wave is still visible, the waveform is broken and fragmented and made irregular by
the faulty operation of the ‘pot’. The resulting waveform can be seen to display a
combination of simplistic and complex characteristics produced from a combination of the
basic square wave circuit determined by the worn-out ‘pot’, producing a broken, intermitte nt
and chaotic waveform made from the straight line characteristics of the square wave
circuitry.
The unpredictable performance of the ‘indeterminate pot’ evokes the idea of TechnoAnimism to describe sound as affected by a ‘spirit’ of the materials. In the Techno-Animis t
sense, the mechanistic square wave, created by the oscillator circuit, is altered through a
complex operation of re-functioning in which human intention is side-lined to the materia l
agency of the faulty component. This is supported by Larsen-Jensen, who has not
intentionally tried to produce this effect but has retained it as an element of his music:
I haven’t built anything deliberately like that, but now that it’s doing that
I’m sort of keeping it like that rather than fixing it, whereas I used to use it
as a smooth kind of, hitting a deliberate tone, now I use it for a screaming
sort of [sound] (atonal bass noise of indeterminate pitch is heard on
interview tape) (22 February 2013 interview).
In this way, the material characteristics of the broken ‘pot’ represents a material actant which
is, in some ways, independent from human intention as Larsen-Jensen says above: ‘I haven’t
built anything deliberately like that’. The process involves utilising the faulty component to
provide a non-structural element to the sound, disrupting the simple square wave functioning
of the circuitry and introducing a complex re-functioning of the sound waves.
This human-machine functioning of Larsen-Jensen can be seen as a process which
disassembles and re-functions materials from the original context of the Black-box to allow
a new functionality which is not supplied by the manufacturers. Larsen-Jensen describes the
process behind the re-functioning of the ‘pot’:
Part of the reason it wobbled off is because, I remember pulling that pot
apart when I first did it, because I wanted to turn it all the way around…
there’s a little tab inside that stops the thing, so, probably pulling it apart
didn’t help the longevity of the pot, but it’s cool because it allows you to do
those sort of [sounds] (short ‘whipping’ sounds as Larsen-Jensen turns the
control all the way around several times) (22 February 2013 interview).
What has happened is that the potentiometer has been modified so that the usual stopping
point is no longer functioning. The potentiometer is similar to the volume control, where the
knob cannot be turned beyond the maximum or minimum volume. Larsen-Jensen has
removed this stop so that the highest frequency jumps to the lowest frequency and the knob
can now be turned continuously.
Just as the faulty operation of the ‘pot’ shapes the types of sound which are possible to
produce, there is an overall influence on the organisation of the sound which emerges from
the characteristics of the material agents comprising the instruments: as if ‘those instrume nts
have their own language... there’s something else in those instruments’ (22 February 2013
interview).
As discussed in this article, through interview, observations of the workshop space, and the
wider material environment where recycled objects are scavenged, an engagement with the
agency of materials has emerged as a recurring theme in the DiY (Do-it-Yourself) practices
of Felix Larsen-Jensen. The wider implications of this study involves the suggestion that
these practices follow a Techno-Animist approach to technology, situating the human
practitioner in parallel with the ‘vibrant’ objects of the material environment. This resituating of the human, as part of a DiY attitude, arises from the relationship between
technology and practitioner: an engagement with material media which allows materia l
agency to become part of the on-going process of creation: as Larsen-Jensen says;
I think when you build stuff you definitely have a different relationship with
it [technology]… it’s got its own language. It’s got its own life. This stuff
makes its own music [and] creates its own structures (22 February 2013
interview).
The ability of material media to ‘create its own structures’, as Larsen-Jensen say above,
means that human and materials are entangled as equal partners in the processes of creation.
Re-situating the human as part of a two-way intra-action with the material environme nt,
opens up the potential for media studies oriented around the question of what is materia l
media? How does material media contrast and parallel with different aspects of digital media
and can the same strategies of ‘error’ be used in other forms of media? The Techno-Animis t
view of materials and technologies is a concept, introduced in this article, which offers a
wide scope of potential research directions: exploring different ways that forms of materia l
agency can be incorporated into engagements with different types of media practices; as a
discussion of vital materials and the way in which practitioners can work with materia l
agency to develop strategies of re-functioning.
In conclusion, ‘Techno-Animism’ has been used as an umbrella term to incorporate a variety
of conceptual perspectives on material agency, material engagement and the particula r
approach of the DiY practitioner examined in this article. I believe it is a valid term which
is useful in identifying a re-situating of the human which acknowledges the participator y
role of materials in the processes of creating artefacts. Whilst this article has examined a
solitary practitioner, further research is suggested which embraces a wider sample of
practitioners within the context of the emerging “[third] industrial revolution” (Hatch, 2014,
3-10) of Maker Culture.
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Table of figures
Figure 1: Materials awaiting re- functioning (image by author, 2013). ................................. 5
Figure 2: Larsen-Jensen in his ‘environs’ of B-side studios (image by author, 2013). ......... 6
Figure 3: ‘Material media’ of the open loud-speaker (image by author, 2013). ................... 9
Figure 4: Raw materials and resulting oscillators (adapted with permission from LarsenJensen, 2011). ................................................................................... 12
Figure 5: Xtreme Waste in Raglan (image by author, 2013). .............................................. 12
Figure 6: Xtreme Waste: sorting of objects into material categories (image by author, 2013).
.......................................................................................................... 13
Figure 7: Bread tin audio mixer (image by author, 2013). .................................................. 14
Figure 8: The re-used jelly mould as a guitar effects pedal casing (adapted with permiss io n
from Felix Larsen-Jensen, 2013)...................................................... 15
Figure 9: Larsen-Jensen adapting one of his oscillators (image by author, 2013). ............. 16
Figure 10: Larsen-Jensen’s
‘pie-dish’ oscillator used with tape-machine
amplifie r
(Reprinted with permission from Felix Larsen-Jensen, 2012). ........ 17
Figure 11: The chaos and pattern of the pie-dish oscillator waveform (image by author,
2013).