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Signifying Bodies, Signifying Acts: New Ways of Thinking about Human Movement |
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Chapter 3: Signifying Acts
Preview Questions
The main road to real knowledge of human signifying acts is by way of identification. To identify something means first, to recognize and then, to establish what something is, or that it is what it is.1 With regard to formal or informal human performances, identifying them means apperceiving2 the time/spaces in which performances take place. In semasiology, such knowledge is characterized by a developed conception of the form space of a dance, a signed conversation, a ceremony, everyday interactions, or what-you-will. Understanding how human acts signify is to understand the spaces in which they exist, for there is no such thing as time/space in a simple physical sense.
In semasiological research, 'form space' has many different names, for example, it has been referred to as the liturgical space (L-space) of the Dominican Tridentine Mass, written as L = (e,w,n,s) in Williams (1995: 62–64). It is the E-space (exercise space) of T'ai Chi Ch'uan, that is; E = (S,W,N,E) (Williams 1995: 59–62). It is the 'signing space' and/or 'performance space' of Plains Sign Talk (Farnell 1995a: 226–29) and, seen in connection with "the facilitating conditions of agency," the enactment space of any action sign system whatsoever (Varela 1993: 244). Investigators have a wide range of choices for naming the form space of whatever system they study. They should choose terminology that fits the characteristics of the system and their own writing style. In 1972, the concept of form space was originally developed with reference to dances. The form space of a dance is best thought of as a pattern of relationships among the dancers. It is the space internal to the dance. It is a dynamic pattern of forces that, if it could be seen all at once instead of unfolding through time, would constitute the total 'shape' or 'form' of the dance (Williams 1972: 204ff). For the purposes of identifying the form space of a dance, a paramorphic model3 of an electromagnetic field was used. Articulated Spaces Euclidean space is by definition homogeneous, but if we think of it as articulated––as, for example, by a group of dancers or a magnetic field, then distinctions can be made between the articulated space inside the field and the space outside the field. The space inside the field is the form space (or 'performance space,' 'signing space,' 'enactment space,' etc.) of the system under examination. The form space of a dance is analogous to an electromagnetic field in important ways:
Fields of Complementary Oppositions In the form space of a dance––which is an energy-filled field of oppositions––it is not ordinary modes of computing time and distance that are important, but 'forces' that are both apperceived and experienced. Intensity, energy, and force are not simple matters of metrical distances and velocity, as, for example in the measurement of arrow and bullet trajectories, nor are they explainable only in these terms. Intensity, energy, and force in a field situation are dependent upon the nature of the bodies involved, whether the bodies are charged particles or the signifying bodies of dancers. Readers must understand that analogies and models are used only to illustrate and clarify. Although the process may seem somewhat tedious, extended explanation is justified on the grounds that the object of discourse must be identified.5
Electromagnetic fields and the form spaces of dances are not subsets of one another. They are not the same, but, they both exist in the real world and both are subsets of Euclidean space. What happens in a dance is like the flow of forces observable in a bounded volume containing a number of electrostatically charged bodies. Before we get to the model itself, there are three important points to consider about electromagnetic fields:
The Model Imagine a spherically bounded volume containing a number of electrostatically charged bodies, for example, charged spheres, that are all charged with the same sign (all positive or all negative). Then, because all of the forces acting on the spheres and the boundary (also charged with the same sign) act in relation to one another, motion occurs––movement becomes apparent, both among the spheres and between them and the boundary. If we imagine all of the spheres except one to be static (fixed), as the boundary is also fixed, then all the forces (say, they are negative or repulsive) acting on the free sphere will cause the free sphere to move without coming into contact with any of the static spheres or the charged boundary. If we were to observe the actual movement of the free sphere, we could intuit a general feeling for the intensities of the force field and we could see the 'form' that it articulates in the bounded volume. Coincident with this description, readers are expected to make further effort, described below. 1. Aligning the Model with a Dance. Imagine a dance entitled Antagonisms occurring on a stage set with two or three abstract, sculptured forms to which a choreographer has assigned values of 'good,' 'evil,' and 'indifference.' A solo dancer performs a dance on this set, seeming to be attracted, repelled, paralyzed, elated, or whatever through proximity with the sculpted forms. This dance is closely analogous to the electromagnetic field situation previously described. Now, if we imagine all the spheres free to move in the force field, we have a situation where the electromagnetic field will fluctuate and vary in time, and we can still intuit from the movements of the spheres, something of the intensities of the field at particular crucial points. In view of this, we can imagine two of the spheres moving toward each other, then veering off because of the intensity of their like attractive or repulsive charges. Moreover, by imagining both positively and negatively charged spheres, we can visualize two operative forces: those of attraction and repulsion. A stage full of freely moving dancers is analogous to this field situation, except for the important fact that dancers know where they are going, how they are getting there, and what they are doing. Presumably, charged spheres do not. Because a danced form space is not an empty, homogeneous space, but a living, non-homogeneous space inhabited and initiated by active agents, the field analogy is the best paramorphic model of what goes in 'inside' a dance. Similarly, it is the best model of the exercise space of a martial art, or the liturgical spaces of rituals, the form spaces of plays and all dramatic performances, signed conversations, and, indeed, any other kind of human interaction. 2. Domains of Spatial Oppositions In agreement with Ogden (1967 [1932]), semasiologists affirm the idea that the primary origin of all human spatial distinctions is the human body. Because of this, there are several domains of spatial oppositions that may be dealt with. For example, one aspect of dynamic opposition is rhythm, which can be expressed by augmentation and diminution, increase and decrease––even, as Ogden points out, by acquisition and loss (1967 [1932]: 44). All properties of forceful oppositions can carry meaning in a dance, just as where the dancer is at any given moment (expressing positional, orientational, and relational oppositions in the dance space) can carry meaning. The semantic contents thus conveyed to an audience, however, are not logically dichotomous meanings. A dance is not a logical dichotomy;6 a dance is a logical construct. How, then, do semasiologists conceive of the dynamic field of complementary oppositions that is 'a dance'? 'A dance' is something like a force field that fluctuates and varies in time. It is possible to intuit from the movements of the dancers and the pattern of interacting forces, something about the intensities and the attractive and repelling forces at particular crucial moments. In the field analogy, only two forces were apparent (positive and negative). Sometimes in a dance, only two forces are apparent, however, many other forces are frequently brought into play: excitation, paralysis, volatility, quiescence, augmentation, diminution, contraction, release, and such. From a human, agentive point of view, dancers continually find themselves in active fields of forces (dances) that are usually created by choreographers, but that can be created and performed by their own selves. Dances may include 'forces' of many kinds, whether they have electromagnetic analogies or not. Each dancer contributes to the field––the form space––of a dance. The actual articulations of their bodies, their positions and movements, are influenced by the pattern of forces that the total form space of the dance represents. To imagine charges in an electromagnetic field carried out, not on charged particles or small metal spheres, but on flexible, human, signifying bodies whose articulations and motion can vary at will is to visualize what happens in the form space (the total four-dimensional 'shape') of a dance. 3. 'Emergent Performativity'
In the next chapter the three bows are explained in detail, thus it will become clear why "three different semasiologically different acts emerge" and how the unfolding of space/time is connected with an unfolding of person.9 For now, we are less concerned with ethnography than we are with the performativity of human signifying acts. Before going on, it is important to realize that "formalization is not a necessary aspect of embodied performativity" (Urciuoli 1995: 195). Critics have said, "What you talk about seems to work with reference to dances, rituals and formal systems of action, but those are special. They seem unconnected with the actions non-specialists perform in daily life." Formalized actions are intimately connected with actions in daily life because, from our standpoint, human actions are always involved in performed worlds, no matter where or when they are found. Performativity emerges in the interplay of words and actions among a group of neighborhood women or men gossiping over coffee in someone's house, in the neighborhood bar, or over the back fence; among a group of people standing around a water cooler in an office; in the variety of styles developed for the purpose of aesthetic communication among urban black children (Friedland 1995: 136–57); in any kind of team game or competition (Hall 1996: 251–66); or in Egyptian films and television (Franken 1996: 267–86)—in any human situation whatsoever, even when one is alone. The essential point should be clear by now: all human action sign systems are human ways of being. They express human conceptions of living and being––and these conceptions directly influence performed actions. Used as intended, the concept of form space and its designators are points of entry through which researchers enter into the prevailing local theories of self, person, and reality that are relevant to the system or systems under examination. Signifying acts are always tied to ideas about what it is to be human, what the world is like, what is permissible (and what is not), who is powerful (and who is not), and so on through the whole gamut of all theoretically possible human experience, but it is precisely here that we encounter obstacles. Whose Semantics? Critics have said that semasiologists' insistence upon defining words, actions, and spaces in local terms displays "nit-picking" tendencies, or they say, "it's just semantics." Unfortunately, I've never been able to work out what the 'just' implies. Bold enough to ask, "What do you mean by 'just semantics'?" the reply is usually unsatisfactory: "Oh come off it," someone says, "you know what I mean." Stupid though I may appear to be, I must say that I don't know what is meant because it isn't a simple matter of single word definitions that is at stake. Readers may recall the discussion of hand-shaking (chap. 2, para. 35–53, this issue). If all that's at stake is a disagreement that can be solved by consulting a dictionary, then the phrase 'just semantics' is justifiable––but talk at that level is a kid's game. Concepts like 'form space' (and the models and analogies necessary to identify and describe what it is), isn't a kid's game. For a start,
Roughly twenty-five years ago, I wrote,
We often mistranslate phrases from other societies because we identify something from our own culture that we imagine we hear or see in 'their' culture. Is this kind of mistranslation 'just semantic?' Chapman's comments about translation (chap. 2, para. 54–64) are certainly applicable here. The Universality of Movement and Gesture Probably everyone is familiar with instances where gestures and movements have not successfully transmitted intended messages. One of my favorite anecdotes is about an American English teacher's experience in Japan:
Not so amusing and (regrettably) somewhat damaging to my reputation as a movement expert in Australia was this experience:
Tied to this misconception is another: the universality of movement. While it is true that human movement is universal in the sense that all (living) human beings move and they all have the same number of bodily members, joint articulation, and available spatial dimensions within which to carry out their movements, it is not true that their gestures and movements––even those that appear to be the same––mean the same. Semasiology has two theoretical levels that accommodate unity and diversity: (1) structural invariants (i.e., structural 'universals') and (2) semantic variants (culture-specific signifying acts and systems of actions). At the end of the first day of viewing ethnographic films in Australia, I felt like someone who has listened to a series of lectures in several foreign languages––none of which I spoke or understood. At the end of the second day, I had exhausted all comments I could make regarding structural descriptions of the endless stream of filmed movement. At the end of the third day, I was fatigued and overcome with boredom. I made a poor impression upon my hosts who hoped I'd say something entirely different. However,
An Australian colleague asked me if I really meant to say that movement is not universal.10 "That is exactly what I mean to say." He looked doubtful. "Then there is a problem," he said. "It is such a big problem, having so many aspects, that I am always perplexed about where to begin," I replied, and, the situation has not noticeably changed. When my colleagues and I talk about any aspect of human movement, we do not speak from the familiar assumptions of universality.11 That is why with regard to movement, semasiology uses the words 'action sign,' which is parallel to the Saussurian 'linguistic sign,' as in the diagram below:
To semasiologists, an 'action sign' unites a concept and a movement image. Simple examples are some of the signifiers for affirmation:
But even here, neither actions or semantics are universal: the head doesn't nod up and down in some parts of Bulgaria, where the action image for affirmation is what we would recognize as 'no.' In central Ghana, among the Ashanti people, the action image for 'yes' is a short upward move of the head, thus:
In any case, the 'bottom lines' in semasiology are these: "There is no objective field of behaviour," and, "[T]here is no universal unit of 'action' in society" (Ardener 1989 [1973]: 107–8). There are, however, many kinds of potentially significant actions, and there are a bewildering variety of signifying acts, all of which depend for their existence upon human agency and the social construction of persons. The significance of the italicized statement is succinctly summarized by Varela when he suggests
Later, he asserts:
The three 'bows' which will be analyzed and explained in the next chapter are context-dependent, linguistically significant, human actions. They are not equivalents, nor should they be treated as if they were the same. With each bow, we enter a different form space that unfolds through time/space in a unique manner. Postview Short answers to the Preview questions:
Theoretical concepts are important because, together, they are responsible for generating existential hypotheses of what is seen 'on the ground' in the form of significant human acts and systems of actions. In general, semasiological theory exists on a macro-level of explanation, known only to researchers/ analysts. Theory in semasiology is considered 'good to think with.' It is present in ethnographic description in disguised forms. That is, a researcher may use the concept of form space, but he or she is not obliged to explain the concept every time it is used. It is enough to indicate that "X is carried out in terms of semasiological theory" or that "this description of X describes the form space of Y."
Semasiology also gives equal weight to the context-dependent, linguistically-tied significances of the enormous variety of culture-specific action sign systems found throughout the world. This means that semasiologists do not affirm the existence of an objective field of human 'behavior' where every movement that looks the same means the same. Nor do semasiologists affirm the existence of universally recognizable units of significant action signs in human societies. Notes:1 Here, we encounter a problem: to 'identify' something in commonsense terms means to recognize or point out something (which meaning is also included here), however, there is much more to philosophical, anthropological, and scientific usages of this word than simple recognition. For example,
2 In contrast to 'perception,' 'apperception' denotes the process in which knowledge of intangible realities is gained through the mediation of the tangible. It also connotes the linguistic process through which the sense of words is changed. In common usage, 'perception' is usually associated with the gross act of 'perceiving,' i.e., 'noticing' or (sometimes) comprehension of a very simple kind. The entailments of 'apperceiving' are, therefore, more complex. If it is stated, for example, that time is apperceived in our society by means of space and specifically in terms of movements of objects in that space, it is clear that the statement means that time is an intangible feature of human life that is understood by most people chiefly in relation to distances between movable, or static, tangible objects in space. It follows that space (in this apperception of the matter) has logical priority, and concepts of time are derivative. 3 A 'paramorphic model' in the physical sciences is one where the source of the model (in this case, an electromagnetic field) and the subject of the model (in the original theoretical exposition, 'a dance') are not the same. Paramorphic models contrast with homeomorphic models where the source and subject of a model are the same. 4 Readers should keep in mind that models (like analogies) are limited devices. I wouldn't want what I have to say about electromagnetic fields and dances to be misconstrued. 5 In a perceptive essay about the proper alignment of causal powers and the action sign, Varela has briefly defined semasiology's (a) finite system of agency, (b) facilitating conditions of agency, and (c) actual construction of action (1993: 243–44). He did this within a context of the new realist, non-positivistic conception of science, which is the kind of science that informs semasiology. 6 This point has to be made, because an unfortunate tendency among scholars and students these days is to label any opposition whatsoever a 'dichotomy.' Semasiologists understand 'dichotomy' to be the division of things into two basic parts that are regarded as fundamentally or irreducibly different. The word refers to a mutually exclusive relationship of two things. It presents a real problem in anthropological discourse, where (especially with regard to classificatory and categorical systems) there are a number of kinds of oppositions and oppositional contrasts used, many of which are complementary oppositions, not dichotomies. In fact, there are very few things, classes, etc. that are true dichotomies. The spatial dimension 'up/down,' for example, is not a dichotomy. It is a contrary opposition that admits of many degrees (or points) in between, although it is often (wrongly) treated as if it were a dichotomy. Ogden (1967 [1932]) is an excellent reference. 7 These three 'bows' are from the Catholic Tridentine Mass, the Chinese exercise technique T'ai Chi Ch'uan, and the ballet Checkmate. 8 A 'performative act' is often defined as an act that in fact follows from what is said, and/or an act done as part of what is being said. In general, performatory languages (of which human body talk is certainly an example) are languages used in specific contexts (a) whose meaning is derived from being used to act out (perform) the meaning (activity) they are informing us about, or (b) whose meaning consists in the very act of 'uttering'––or performing––them. 9 [Editor's Note] The next chapter referred to here is not included in this issue of JASHM but will appear in a future issue. 10 The films I saw established that movement is not universal, otherwise I could have said, "This is a religious dance" or "That is a feast dance" and so on. Any set of unidentified film clips of dancing will verify the same thing for an independent observer-assessor. 11 We do not speak from the assumptions that (a) 'behavior' is a quantifiable universal that applies to all movement everywhere, or (b) 'behavior' is predictable and/or potentially applicable to disparate kinds of data, i.e., the 'behavior' of water, atomic particles, animals, etc.
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