Showing posts with label Transdisciplinary. Show all posts
Showing posts with label Transdisciplinary. Show all posts

Wednesday, April 02, 2014

Integral Leadership Review, April – June 2014

A new issue of the Integral Leadership Review is online now, the first installment of the April through June edition. Table of contents is below.

ilrcover-4.14.2 

April-June 2014
Table of Contents

Leading Comments
4/1 – April-June 2014 Issue
Mark McCaslin
 
Leadership Quote
4/1 Leadership Quote
Russ Volckmann
 
Leadership Coaching Tips
4/1 – Leaders Who Can Be Led, Truly Lead
Rajkumari Neogy
 
Fresh Perspective
Forthcoming: Ralph H. Kilmann Awakening Society, Systems and Souls
Russ Volckmann
 
Feature Articles
4/1 – Foundation For Integral Self-Management: A ‘Working Hypothesis’
4/1 – Insights on 3-D Leadership Development and Enactment
4/1 – Leadership and Complexity
4/1 – The Adventures of Integral Consciousness in Russia: An Interview with Eugene Pustoshkin
4/1 – The Transdisciplinary Meme
Forthcoming: Ed Kelly on Warren Buffett, Part 3
Column
4/1 – Reflections on the Complexity of Integral Theorizing: Towards an Agenda for Self-reflection
Alfonso Montuori
 
Notes from the Field
4/1 – Tim Winton’s PatternDynamics
Russ Volckmann
 
Announcements
4/1 –Coming Events
 
Leadership Emerging
4/1 – Dana Ardi, The Fall of the Alphas
4/1 – Kai Hammerich and Richard D. Lewis Fish Can’t See Water: How National Cultures can Make or Break Your Corporate Strategy.

Monday, March 17, 2014

Søren Brier - Cyber[bio]semiotics: Through Bateson, Luhmann, & Peirce





In this talk from University of Oregon Conference on Biosemiotics and Culture, Søren Brier, Professor of Culture and Communication Studies, Copenhagen Business School, gives a presentation on the development of cyber(bio)semiotics. You can read more of his papers on Academia.edu.


What is Cybersemiotics? 
What makes Cybersemiotics different than other approaches attempting to make a transdisciplinary theory of information, cognition, and communication, is its combination of four approaches:
1. A physic-chemical scientific paradigm based on third person objective empirical truth and mathematical theory but with no conceptions of experiental life, meaning and first person embodies consciousness and therefore meaningful linguistic intersubjectivity. 
2. A biological and natural historical science approach understood as the combination of genetic evolutionary theory with an ecological and thermodynamic view based on the evolution of experiental living systems as the ground fact, engaged in a search for empirical truth, but with no theory of meaning and first person embodied consciousness and thereby linguistic meaningful intersubjectivity.  
3. A linguistic-cultural-social structuralist constructivism that sees all knowledge as constructions of meaning produced by the intersubjective web of language, cultural mentality and power, but with no concept of empirical truth, life, evolution, ecology and a very weak concept of subjective embodied first person consciousness, but taken conscious intersubjective communication and knowledge processes as the basic fact to study (the linguistic turn).
4. A phenomenological (Husserl) or actually phaneroscopic (Peirce) first person point of view taking conscious meaningful experiences before any distinction between subject and object as the ground fact, on which all meaningful knowledge is based, considering all result of the sciences including linguistics and embodiment of consciousness as secondary knowledge. This includes an intersubjective base in that Peirce considers all knowledge as intersubjectively produced through signs only emotions are Firstness.
The integrative transdisciplinary synthesis is done in two steps: The first one is to accept two major but insufficient and very different transdisciplinary paradigms as both legitimate:
1. The second order cybernetic and autopoietic approach of Luhmann’s triple autopoietic system theory of social communication  
2. The Peircean phaneroscopic, triadic, pragmaticistic, evolutionary, semiotic approach to meaning, which is leading to modern biosemiotics, based in a phenomenological intersubjective world of partly self-organizing triadic sign processes in an experiental meaningful world.
In the final step the two are integrated in the Peircean framework by inserting the modern development of information theory and self-organizing emergent chemo- biological phenomena as an aspect of semiotic evolution creating the Cybersemiotic framework, where sign process and evolution become the ground reality, on which our conceptions of ourselves, action, meaning and the word are built.
Interesting stuff . . . .

Cyber[bio]semiotics: through Bateson, Luhmann, & Peirce


Søren Brier, Professor of Culture and Communication Studies, Copenhagen Business School, gives a presentation as part of the University of Oregon Conference on Biosemiotics and Culture. This conference, organized by Visiting Professor Wendy Wheeler and Molly Westling, focuses on the cultural dimensions of this new interdisciplinary field that explores meaningful relationships and communication throughout the living world. This communication includes the whole range of behaviors from intracellular code exchanges to interspecies communication and human language and culture. This new field has enormous potential for reintegrating cultural studies with the life sciences and opening new perspectives on the evolution of language and the arts.

Monday, November 11, 2013

A New Introductory Transdisciplinary Research Text - An Interview with Dr. Patricia Leavy

This looks like an interesting book - despite being a textbook for college course - for anyone interested in the "how-to" of transdisciplinary research.

The first introductory transdisciplinary research text with Dr. Patricia Leavy

November 10, 2013


Title: Essentials of Transdisciplinary Research: Using Problem-Centered Methodologies
Author: Patricia Leavy, Ph.D.
Publisher: Left Coast Press
Year Published: 2011
ISBN: 978-1-59874-593-1

Who is the author?

Patricia Leavy earned her Ph.D. in Sociology from Boston College. After earning her Ph.D., she taught at Stonehill College for ten years while also serving as the Department Chairperson and even the Founding Director of the Gender Studies Program. Shortly after her tenth year of teaching and conducting research at Stonehill, Patricia decided to leave the academic world and pursue a career as a full time writer. Not only is she a full time published writer now, but she is also a Book Series Editor, Commentator, Speaker, Blogger for the Huffington Post, and Co-Author. She has appeared on television and radio including The Glenn Beck Show, and Lou Dobbs Tonight.

What is your book about?

PL: Essentials of Transdisciplinary Research: Using Problem-Centered Methodologies is the first introductory text on transdisciplinary research. Universities and research institutes are organized around a disciplinary model of knowledge-building. This means that different fields are separated from each other—biology, business, literature, health studies, history, psychology, sociology, etc.—and researchers are housed within one of those fields. When they conduct research, they select topics and methods (the strategies they will use to do their research) based on their discipline. This is a very narrow conception of how we can learn about the world. Most contemporary problems and issues do not fit into the domain of only one discipline. From sustainability to health care to violence to school bullying, most contemporary issues of import have multiple dimensions and require researchers from different disciplines to come together, share their expertise and develop new ways of studying the topic at hand. Further, there are many stakeholders who are not researchers who may also be invested in the topic and have valuable knowledge and expertise and they should also be included in the research process. Transdisciplinary research brings different researchers, non-academic stakeholders and different bodies of knowledge together in order to build new and comprehensive ways of addressing contemporary crises. It is a problem-centered approach to research, instead of a discipline centered approach. Transdisciplinary research is needed in order to meet contemporary challenges; in order to do research effectively in the modern age. This book details how researchers and non-researchers can come together to design effective, useful studies and why they should, and it is the first introductory text to do so.

Who should read your book?

PL: Researchers in any field, undergraduate students, graduate students developing their thesis projects, community-based researchers and organizers, researchers at non-profits and others interested in how we can effectively confront contemporary challenges by pooling our resources and expertise.

What was your inspiration to write a book on this topic?

PL: When I became a sociologist I thought I would have an opportunity to do work that was of some use to people, even if only a small group of people. But the structure of academic life and publishing really does not facilitate that. I became disheartened and started seeking out ways that people were doing work with the potential to reach the public and be of some value. I believe in public scholarship. In other words, I don’t think that researchers should exclusively spend lots of time and money doing work that is of little value or interest to anyone else, and never reaches anyone else. We often hear things like, “Academics are out of touch and in ivory towers.” While of course that’s not entirely fair, there is some deep truth in it. By and large academic research never leaves the academy. It is published in highly specialized academic journals and no one reads them, except for a few so-called experts. But research institutions are enmeshed within communities and the research should be of some real-world value to those communities. Part of the problem is that academic researchers have a lot of incentive to work on small-scale projects by themselves, that they can complete quickly and publish with sole credit. This has little to do with actually addressing real-world problems and issues. Researchers need to pool their resources and expertise and bring in other interested stakeholders in order to effectively address real-world problems. For example, in the world of health, those with medical expertise alone can’t solve our problems. Take something like diabetes prevention. In addition to the medical dimensions there are also social, cultural, economic and practical dimensions—food supply, diet and nutrition habits (which various across different communities due to economic or cultural differences), and a host of other issues come into play. Or take the example of cyber bullying which is a concern to many parents. If a psychologist conducts a study alone about cyber bullying it may be limited to the psychological effects of bullying, the profile of potential bullies or some such subject. But there are other perspectives and stakeholders who, if included, can help build a more comprehensive approach with the potential to find solutions. A sociological perspective would look at the context in which the bullying is occurring and the interactions between the bully, bullied and bystanders. Criminology can address legal consequences or possible consequences. Computer science may offer ideas about blocking this kind of behavior. And so on. Here’s one final example I have written about a lot because I think many people can relate to it. We are all impacted by high rates of cancer, if not personally than through someone we know. We all have a vested interest in cancer research and teaching the next generation of innovative health researchers. Cancer research obviously has biological/medical components such as family history/genetics, physiological abnormalities, etc. However, disparities in cancer rates across different groups point to social issues that also impact the health profile of a group or community. These factors include: access to healthcare and screenings, access to quality healthcare, the effectiveness or ineffectiveness of specific health education programs for different groups, and the ways that gender, race, ethnicity, sexual orientation and religion influence health screenings. In addition to biological and social issues, differences in cancer rates have environmental dimensions such as: exposure to toxic materials (sometimes through one’s job), pollution (air and water quality) and food quality (for example, the availability and price of organics). In short, natural scientists, social scientists and environmental scientists need to forge trans-disciplinary coalitions in order to understand and respond to the cancer crisis. This would mean that the problem at-hand, not allegiance to any one discipline, dictates our response and pushes us to work together responsively. These are the ideas that largely inspired the book which in turn I hope gives researchers and community-based organizers tools to work together and build effective projects.

What was it like to write this book?

PL: I learned more writing this book than I have on any other nonfiction project. I completely immersed myself in the literature, learning about different disciplines and the amazing work being done transnationally. I have also had opportunities to speak about transdisciplinary research at various conferences and universities which has also been a wonderful learning process. I have met people in different fields and career paths who are all committed to the idea of pooling resources and expertise to more effectively address contemporary problems. It’s been eye-opening and inspiring.

What does this book mean to you?

PL: I’m uniquely proud of this book and think it is some of my very best nonfiction both in terms of writing and the practical contribution. I don’t mind saying that the book has not quite found its audience and I hope that changes because I truly think it is a timely and valuable text. People I respect in different fields have endorsed the book and written me privately to tell me they think it is important, and of course that means a great deal to me, as do the emails I have received from students who have found the book useful.

What are you working on now?

PL: I have been asked to write a second edition of my book Method Meets Art: Arts-Based Research Practice (Guilford Press), which I am currently working on. I am also in the midst of promoting my two recent releases, Fiction as a Research Practice: Short Stories, Novellas and Novels (Left Coast Press) and my novel, American Circumstance (Sense Publishers) which is keeping me very busy.

Any advice to authors?

PL: Don’t allow your assessment of your work to be based on sales figures. They don’t speak to the intrinsic value of the work and my experience illustrates that well. I have a couple of books that have sold more than twenty times what this book has sold, that I don’t think are very good at all, and have even walked away from chances to do revised editions because I did not think they warranted it. Sometimes for any number of reasons a book does not find a large audience, or it does not find it quickly, but that does not make it less of an accomplishment nor does it have to change your relationship with the work. Focus on the quality of the work and the vision behind it.

Where to find Patricia:

For More of Michelle’s Articles & Interviews:
Suggested by the author

Sunday, August 04, 2013

Shaun Gallagher - A Pattern Theory of Self


Shaun Gallagher is an American philosopher and a leading theorist on embodied and social cognition, perception, agency and the philosophy of psychopathology. He holds (since 2011) the Lillian and Morrie Moss Chair of Excellence in Philosophy at the University of Memphis and was awarded the Anneliese Maier Research Award by the Humboldt Foundation (2012-2017).

Here is a brief summary of his research from Wikipedia:
Gallagher's research covers a number of fields, including phenomenology, philosophy of mind, cognitive science, and hermeneutics, especially the topics of embodied cognition and intersubjectivity. In How the Body Shapes the Mind (2005), and more recent work, he draws from phenomenology and empirical cognitive sciences, to provide a detailed account of embodied cognition, developing distinctions between body image (medicine) and body schema, the sense of agency and sense of ownership. In this work he explores philosophical implications of embodied cognition with respect to topics such as perception, social cognition, agency, and free will. He also develops a critique of current standard theories of social cognition (including 'theory theory' and 'simulation theory') and develops an approach (termed 'interaction theory') which emphasizes embodied interaction. Interaction theory draws on developmental studies, social psychology, neuroscience and narrative theory to develop an integrated theory that recognizes the importance of bodily movements, gesture, facial expression, action, and communicative and narrative practices for understanding other persons.
In this new paper, Gallagher argues for a pattern theory of self as a way to integrate the various disciplines of mind science into a whole paradigm. According to Gallagher, "a particular theory of self may exclude some of these conditions, and a particular self may lack a particular characteristic feature as defined here and still be considered a self. Here is a tentative list. I do not claim that it is complete."
(1) Minimal embodied aspects
(2) Minimal experiential aspects
(3) Affective aspects
(4) Intersubjective aspects
(5) Psychological/cognitive aspects
(6) Narrative aspects
(7) Extended aspects
(8) Situated aspects
This model of self is as close to being truly integral (and much more empirically useful than the Wilberian AQAL theory of self) as any I have seen. As such, I think this is an important new contribution to the body of work seeking to explain our experience of a self.

A pattern theory of self

Shaun Gallagher [1,2]
1. Department of Philosophy, University of Memphis, Memphis, TN, USA
2. School of Humanities, University of Hertfordshire, Hatfield, Hertfordshire, UK
I argue for a pattern theory of self as a useful way to organize an interdisciplinary approach to discussions of what constitutes a self. According to the pattern theory, a self is constituted by a number of characteristic features or aspects that may include minimal embodied, minimal experiential, affective, intersubjective, psychological/cognitive, narrative, extended, and situated aspects. A pattern theory of self helps to clarify various interpretations of self as compatible or commensurable instead of thinking them in opposition, and it helps to show how various aspects of self may be related across certain dimensions. I also suggest that a pattern theory of self can help to adjudicate (or at least map the differences) between the idea that the self correlates to self-referential processing in the cortical midline structures of the brain and other narrower or wider conceptions of self.
Full Citation:
Gallagher, S. (2013, Aug 1). A pattern theory of self. Frontiers in Human Neuroscience, 7:443. doi: 10.3389/fnhum.2013.00443

Introduction: Variations on the Self

From a philosophical perspective, any claim to explain something called “the self” immediately raises a host of problems. On the one hand, although many philosophers are perfectly comfortable talking about “the self,” what they have to say about this concept usually turns out to be controversial. For example, that the self is socially constructed (Gergen, 2011) or a product of narrative (Schechtman, 2011), and nothing more; that the self is strictly minimal, on the order of 3 seconds in duration, and nothing more (Strawson, 1999a); that the self as such doesn’t exist at all, plus a lot more about a replacement concept called a “self model” (Metzinger, 2003). Such deflationary and reductionist accounts tend to be reactions against something like a traditional Cartesian notion of the self as a substantial (soul-like) entity, and some of them can be understood as variously inspired by Humean, Buddhist, or neuroscientific perspectives.

On the other hand, and pursuing a different strategy, some philosophers prefer to avoid the phrase “the self” by pluralizing it with important modifiers between “the” and “self.” Thus we find a multitude of variations, once cataloged, with references, by Strawson (1999b) as follows:
[T]he cognitive self, the conceptual self, the contextualized self, the core self, the dialogic self, the ecological self, the embodied self, the emergent self, the empirical self, the existential self, the extended self, the fictional self, the full-grown self, the interpersonal self, the material self, the narrative self, the philosophical self, the physical self, the private self, the representational self, the rock bottom essential self, the semiotic self, the social self, the transparent self, and the verbal self (cf. e.g.,James, 1890; Stern, 1985; Dennett, 1991; Gibson, 1993; Neisser, 1994;Cole, 1997; Butterworth, 1998; Gazzaniga, 1998; Legerstee, 1998;Gallagher and Marcel, 1999; Pickering, 1999; Sheets-Johnstone, 1999).
Trying to improve on this list would likely lead to nitpicking about terms, but we may want to add “the neural self,” “the synaptic self” (LeDoux, 2002); or what we might call “the midline self” [in reference to self-referential processes in the cortical midline structures (CMS) (Northoff and Bermpohl, 2004)]. The list of variations is likely not complete. Someone might think that the question is: “Which is it?” – which one is the self? Or perhaps, which one is the primary meaning of self? It’s not clear, however, that one has to choose just one variation. Many of these concepts of self were developed in the plural. James (1890), for example, distinguished between the physical self, the social self, and the private self. Neisser (1988) discussed five types of self-knowledge corresponding to the ecological self, the interpersonal self, the conceptual self, the extended self, and the private self. Despite the terminology suggesting a plurality of selves, however, Neisser (1991) carefully refers to them as aspects of self – e.g., the ecological aspect of self.

In this paper I propose to stay plural about the concept of self, and to follow Neisser’s more careful vocabulary referencing different aspects of self. In this regard, however, I want to argue that we should not think of such aspects as aspects of “the self,” as if they are simply modifying something that has its own independent existence. Rather, I propose that we think of these aspects as organized in certain patterns, and that a particular variation of such a pattern constitutes what we call a self. In the following sections I’ll try to make this idea clear, and I’ll try to indicate some advantages of thinking of self in this way.

In part, this approach is motivated by various issues that relate to the theory of self as involving CMS and self-referential processing, as developed by Northoff and others (Northoff and Bermpohl, 2004; Northoff et al., 2006). Some critical studies, for example, have suggested that in terms of brain processes, the self is both everywhere and nowhere in the brain (Gillihan and Farah, 2005; Vogeley and Gallagher, 2011). Others challenge the idea that the self correlates to CMS processing, and argue that such processes are not self-specific because activation in these areas also corresponds to non-self discrimination (Legrand and Ruby, 2009). Although I think some of these criticisms raise important points, I argue here that midline processes do tell us something important about the notion of self and may correlate with specific aspects that are part of the pattern that we call self.

Pattern Theories

Let me first say that in talking about pattern theories I do not mean to associate a pattern theory of self with “Pattern Theory” in mathematics (Grenanderm, 1994). This kind of mathematical formalism may or may not be a helpful tool for the analysis of the specific patterns that I will discuss. I remain neutral on that point. In any case, one can understand the notion of pattern at stake here without having to understand Pattern Theory in this sense. Furthermore, although there are numerous theories that are referred to as “pattern theories,” e.g., pattern theory of pain (Goldscheider, 1894; Sinclair, 1955), dynamic pattern theory of motor control (Kelso, 1995), etc. these theories don’t necessarily share the same general principles, and at the most general level the concepts of pattern represented in the different theories may be incommensurable with each other. Accordingly, since, for purposes of economy I want to avoid starting from scratch in developing a pattern theory of self, I will follow a strategy that allows me to point to an already established theory, one that can operate as a heuristic model for our purposes – i.e., one in which the concept of pattern is used in a way that is not incommensurable with what I take to be the pattern theory of self. Although we could think of psychological discussions of pattern recognition as a kindred notion, more specifically I suggest that we consider what I’ll call a pattern theory of emotion to be a good model for a pattern theory of self. There are two reasons why a pattern theory of emotion may be a good model in this regard: (1) it reflects a commensurable concept of pattern (i.e., it refers to the same kind of pattern that I think is relevant to the notion of self, and (2) it may contribute directly to a pattern theory of self since, as I’ll suggest, affect is one aspect that forms part of the pattern of self.

The pattern theory of emotion claims that emotions are complex patterns of bodily processes, experiences, expressions, behaviors and actions, and as such they are “individuated in patterns of characteristic features” (Izard, 1972; Izard et al., 2000; Mendoça, 2012; Newen et al., under review). On a pattern theory, “emotion” is a cluster concept that includes a sufficient number of characteristic features. Taken together, a certain pattern of characteristic features constitutes an emotion, although no individual feature by itself may be necessary to constitute an emotion. This means, as Newen et al. (under review) point out, there are borderline cases where it is not clear whether some complex cluster of aspects counts as an emotion.

Izard et al. (2000) develop this idea under the title of differential emotions theory (DET), maintaining that emotions operate as complex systems that emerge from dynamic interactions of constituent neuro-hormonal, motoric, and experiential processes (Izard, 1972). Emotion patterns draw from components that are set up as evolutionary adaptations. In the emergence of any particular emotion, however, organism-environment transactions play a role. Individual emotions may also combine or co-assemble with other emotions to form new emotion patterns that may stabilize over repeating occurrences. On this view, discrete emotions are dynamically self-organizing in that “recursive interactions among component processes generate emergent properties” (Izard et al., 2000, p. 15). Different emotions are constituted by different patterns of processes that yield behavioral performances that vary from one individual to another, and within individuals over time. Importantly, such behaviors should not be regarded simply as an expression of an emotion, but rather are part (an emerging feature) of the pattern that constitutes the emotion.

Newen et al. (under review) provide a catalog of different features that may contribute to specific patterns that constitute emotions. They include:
(1) Autonomic processes: one might think of James’ (1884) claim that an emotion is the perception of bodily changes that include autonomic nervous system (ANS) activity. For a pattern theory of emotion autonomic activity is only one possible constituent, and it may be perceived (experienced) or not. Not every emotion has a distinct ANS pattern, and different emotions need not have different ANS patterns (Prinz, 2004). 
(2) Actions: including what Frijda calls “action tendencies,” bodily changes preparatory for actions that may be experienced as urges to perform a certain kind of action (Frijda, 1986). Some emotions, e.g., happiness, may not include this component; others may be typically associated with specific actions (e.g., freezing or fleeing in fear). 
(3) Overt expressions: including expressive posture and movement, facial expression, gesture, and vocal expressions (e.g., intonations, screams, laughter). Such individual expressions may themselves combine into a typical emotion-related pattern themselves. 
(4) Phenomenal feeling: this conscious or experiential component is often part of an emotion, although it is not necessary for every emotional occurrence. In some rare cases typical physiological, expressive, and cognitive aspects may be present without the phenomenal aspect (e.g., in those disposed to repress fear (Sparks et al., 1999). 
(5) Cognitive aspects: such as attitudes, shifts of attention, and changes to perception. Cognitive attitudes may include, for example, as Newen et al. suggest, belittling thoughts about one’s rival in the case of jealousy or a judgment that one has been treated unfairly in certain cases of anger. Such attitudes may or may not be manifested in behavior or in verbal reports. Shifts of attention, may include, for example, being alerted to specific aspects of the environment in the case of fear. Affect is an essential aspect of perception (Bower and Gallagher, in press) and emotions can make us notice things we otherwise would not have noticed or can motivate us to see things a certain way. 
(6) Intentional objects: that is, the perceived, remembered or imagined object the emotion is about. Newen et al. quote (Goldie, 2000, pp. 16–17). “This can be a particular thing or person (that pudding, this man), an event or an action (the earthquake, your hitting me), or a state of affairs (my being in an aeroplane).”
I would add to this list:
(7) Situational aspects: following Dewey, who, in his critique of James, points out that emotions are not reducible to a set of bodily states, but also, since the body is always coupled to an environment, always include situational aspects. The unit of analysis should always be organism-environment. Situational aspects, and the fact that emotional experiences and behaviors are always situated, are part of the pattern (Mendoça, 2012, 2013). In this regard it is not just the intentional object, but also the situation reflected in the intentional structure of the emotion, that helps to disambiguate emotional expressions. Importantly, situations are almost always social and/or cultural and such factors contribute constitutively to what an emotion is.
Such aspects are variables that can take different values and weights in the dynamic constitution of an emotion. Some values are more or less likely to occur together. In this respect we can distinguish typical patterns of aspects and values and define an emotion as involving some variation of that pattern. Newen et al. are careful to note that to say a particular feature is constitutive of an emotion does not mean that it is an essential component. On the pattern theory of emotion such features are not constitutive in the essentialist sense. One can have a token of the same type of emotion lacking a particular characteristic feature, although there may be some minimal number of characteristic features and their values that are sufficient to constitute a particular pattern that counts as that emotion.

A feature f is constitutive for a pattern X if it is part of at least one set of features which is minimally sufficient for a token to belong to a type X. “Minimally sufficient” means that these features are jointly sufficient for the episode to be of type X, but if one of them would be taken away the episode would not count as a instance of type X anymore (Newen et al., under review).

It is possible, of course, to include other aspects or characteristics in the list above. One may want to include more than just autonomic processes under a broad heading of embodied processes, for example. One may want to list certain brain patterns as part of an emotion pattern. I think, however, that the list provides sufficient detail to indicate the kind of pattern theory that we want to consider. Let me just note that one of the advantages of this theory of emotion is that it becomes very easy to say that we can perceive emotions in others. If emotions are constituted by features that may include bodily expressions, behaviors, action expressions, etc., then emotion perception can be considered a form of pattern recognition (Newen et al., under review; Gallagher and Varga, in press).

A Pattern Theory of Self

In a way similar to the construction of a pattern theory of emotion, I want to suggest that we can develop a pattern theory of self. On such a view, what we call self consists of a complex and sufficient pattern of certain contributories, none of which on their own is necessary or essential to any particular self. This is not a pattern theory of “the self.” Rather, what we call “self” is a cluster concept which includes a sufficient number of characteristic features. Taken together, a certain pattern of characteristic features constitute an individual self. It seems possible that this would allow us to identify borderline cases where it is not clear whether some complex cluster of aspects would count as a self – here one might think of Dissociative Identity Disorder and the idea that there may be more than one self involved in such cases. On this view selves operate as complex systems that emerge from dynamic interactions of constituent aspects. It may also be the case that self-patterns draw from components that, like the components of emotion, are set up as evolutionary adaptations. Indeed, emotion-related aspects may contribute to the constitution of a self [1]. Different selves are constituted by different patterns, but within one individual these patterns may change over time.

One important issue concerns the level of analysis at which we put the pattern theory of self to work. There are three possible levels to think about. First, one can think of the pattern theory of self as operating like a meta-theory that defines a schema of possible theories of self, each of which would itself be a pattern theory. For example, the meta-theory can claim that elements a through g are all possible aspects that can be included in any particular pattern theory of self. Such a meta-theory would aim to provide a complete list of such elements and to map out all possible pattern theories of self. Accordingly, at this level there would be no claims made about necessary or sufficient conditions for constituting a self. Second, however, any particular theory of self can be a pattern theory, and one pattern theory can differ from another pattern theory by specifying different aspects (from among a through g) to be included as aspects of self. In this respect, one can think of a pattern theory of self as defining the self at the level of a type, and at this level the theory might specify necessary or sufficient conditions, indicating, for example, that a and b are necessary but not sufficient for selfhood. Finally, however, one can think that in any particular instance, at the level of a particular token, a pattern theory of self can apply to an individual self. A particular self may manifest or include a pattern of only aspects a through d and be considered a self even if all aspects defined by the relevant pattern theory of self are not included. The analysis in this paper remains on the meta-theoretical level unless otherwise noted.

What features can contribute to specific patterns that constitute a self? To philosophers it will come as no surprise that what gets included in this list is open to contentious debate. Keep in mind, however, that, remaining at the level of meta-theory, we are not talking about necessary conditions. A particular theory of self may exclude some of these conditions, and a particular self may lack a particular characteristic feature as defined here and still be considered a self. Here is a tentative list. I do not claim that it is complete. Under each heading I offer some un-systematic notes to indicate the scope of each aspect (or set of aspects).
(1) Minimal embodied aspects: include here core biological, ecological aspects, which allow the system to distinguish between itself and what is not itself. This is an extremely basic aspect of all kinds of animal behavior. One should also include those aspects that define the egocentric (body-centered) spatial frame of reference, which reflects a first-person perspective, and contributes to specifications of possible actions in peripersonal space. 
(2) Minimal experiential aspects: to the extent that the bodily system can be conscious, it will pre-reflectively experience, from a first-person perspective, the self/non-self distinction in the various sensory-motor modalities available to it (e.g., kinesthesia, proprioception, touch, vision). Such aspects contribute to an experiential and embodied sense of ownership (the “mineness” of one’s experience, as well as of one’s body and movement), and a sense of agency for one’s actions (Gallagher, 2000, 2012a; Rochat, 2011). 
(3) Affective aspects: the fact that someone manifests a certain temperament may reflect a particular mix of affective factors that range from very basic and mostly covert or tacit bodily affects to what may be for her a typical emotional pattern or mood, For example, someone may be a typical extrovert who enthusiastically engages in outwardly directed actions. 
(4) Intersubjective aspects: human and possibly some non-human animals are born with a capacity for attuning to intersubjective existence (Neisser, 1988); this may take the form of being aware that someone else is present and possibly gazing at you. Human infants attend to the gaze and the eye direction of others. There is a certain point in such situations where a more developed self-consciousness arises – a sense of self-for-others (Sartre, 1956); a self-conscious recognition of oneself as being oneself as distinct from others. This is sometimes associated with mirror self-recognition (see Gallup et al., 2011). Mead (1913) famously suggested that the self (in this developed sense) originates in such intersubjective/social interactions. Others suggest that in those systems capable of language, this intersubjective aspect is internalized and takes the form of a dialogical process which helps to constitute the self (see Hermans, 2011). 
(5) Psychological/cognitive aspects: traditional theories of the self focus on these aspects, which may range from explicit self-consciousness to conceptual understanding of self as self, to personality traits of which one may not be self-conscious at all. In addition, there are strong arguments for psychological continuity and the importance of memory in the literature on personal identity (e.g., Shoemaker, 2011). Most often philosophers think of these aspects as part of a private, internal kind of existence; neuroscientists may characterize these aspects in terms of neuronal processes. One might also include representational aspects here, where this means something like one’s ability to represent oneself as oneself (to oneself, but also perhaps to others). 
(6) Narrative aspects: although there are many variations of this idea, the basic claim is that selves are inherently narrative entities (Schechtman, 2011), and for some theorists, narratives are constitutive for selves. Our self-interpretations have a narrative structure. On some views it is important that narratives are generated by the brain, a fact that leads some to consider narratives mostly as fictions (Gazzaniga, 1998) and selves as abstract “centers of narrative gravity” (Dennett, 1991). 
(7) Extended aspects: James (1890) suggested that what we call self may include physical pieces of property, such as clothes, homes, and various things that we own. We identify ourselves with stuff we own, and perhaps with the technologies we use, the institutions we work in, or the nation states that we inhabit. 
(8) Situated aspects: these are aspects that play some (major or minor) role in shaping who we are. They include the kind of family structure and environment where we grew up; cultural and normative practices that define our way of living, and so on (see Gergen, 2011).
Such aspects are variables that can take different values and weights in the dynamic constitution of a self. This pattern theory of self will not solve all philosophical problems of course. One may want to know which of these aspects are necessary or essential, and this might be specified by a particular pattern theory of self. As such theories get applied to individuals, for example, it seems possible that one may experience life in a less continuous or coherent way than others do, thereby minimizing the narrative aspect, without minimizing the sense of self or self-identity (Strawson, 2004). One may also lose a sense of agency, as in some schizophrenic symptoms, without losing a sense of ownership or other aspects that define a self (Gallagher, 2005). One might lose the ability to recall one’s past life, as in some cases of amnesia and Alzheimer’s disease, and may also undergo character or personality change; in such cases one’s self-identity may continue to be supported by one’s minimal bodily and experiential aspects, as well as by intersubjective relations and/or extended aspects in one’s surroundings. This is not to say that such changes do not result in a modulation of self-experience or self-identity, but rather, since self is not reducible to any one of these aspects, it is a modulation rather than a complete loss. There may be various states of existence or pathologies associated with each of these aspects such that the aspect in question is eliminated or seriously modified.

On the one hand, we can think of a particular pattern theory of self where no one feature is constitutive in an essentialist sense. If someone lacks memory or a sense of agency, or perhaps lacks both, she continues as a self if there are a sufficient number of aspects still intact. On the other hand, we can think of a different particular pattern theory of self where certain aspects are defined as necessary. Beyond such differences, there are still a number of questions outstanding for any particular pattern theory of self. Is there some minimal number of aspects, or some specific combinations of aspects sufficient to constitute a particular pattern that counts as self? Is there a hierarchical relation among these aspects? For example, if someone lacked certain minimal experiential aspects, would their lives still reflect a narrative structure? Different answers to these questions define different variations of a pattern theory of self. It would be difficult to talk of a pattern, or a self, however, if only one aspect is claimed as necessary and sufficient for selfhood. Indeed, if that were the claim, the “aspect” would no longer be an aspect (of a self, or of a pattern); it would be the self. The pattern theory of self rules out this kind of reduction, a priori, although it does not rule out various answers to the questions mentioned above. At the level of the meta-theory one can also ask: how many different patterns are viable?

Some Benefits of a Pattern Theory of Self and Its Relevance to CMS Processes

One benefit of the pattern theory of self is that we can more clearly understand various interpretations of self as compatible or commensurable instead of thinking them in opposition. For example, different definitions of personhood can be accommodated or can be viewed as different interpretations that place different weights on some aspects rather than others. If with Locke we define person to mean “a thinking intelligent being, that has reason and reflection, and can consider itself as itself, the same thinking thing, in different times and places; which it does only by that consciousness with is inseparable from thinking, and, as it seems to me, essential to it …” (Locke, 1690/1979, 318), then we can see clearly that this notion of person focuses on psychological aspects of self and ignores other aspects. Other definitions of personhood may emphasize bodily continuity, the importance of social role or legal standing. Differences in definitions of personhood, however, do not necessarily imply differences in definition of self. We may disagree about where to lay the emphasis in defining personhood, but continue to agree that a self is composed of some pattern of aspects, some of which are relevant to the notion of personhood, and others which are not. When we focus on or emphasize a certain pattern or organization of aspects from a certain vantage point (an interpretation which may be tied to social roles, or to causal, legal or moral responsibility, to or certain cultural practices, etc.), we can easily understand self to accommodate different concepts of person, or moral agent, or experiential subject, or physical individual, or mental entity, etc. The pattern theory of self, at the meta-level, remains neutral with respect to these interpretations, and in some respects defines the field of reference or common ground on which such debates about personhood or moral agency or other interpretations of self can take place.

Another advantage is that the pattern theory helps us to see that the various aspects of self may be related in important ways. Many of the particular elements included in the various aspects are themselves complex features of existence that may not be conceptually bound to just one aspect. Thus, for example, the sense of agency in some basic way may be tied to motor control and the sensory-motor operations of the body, but it is also related to social and cultural norms and expectations (which may place limitations on agency) and to psychological/cognitive processes of deliberation and decision-making (Gallagher, 2012a). Something like the sense of agency is interwoven into several aspects of self. To the extent that something like this applies to other elements, then it will be difficult to make the case that there is one and only one aspect that defines self in all cases.

It is in this respect that the pattern theory of self may help to make sense out of some of the controversies surrounding the notion that self is related to cortical midline regions. One claim made in connection with what I’ll call the midline theory of self (or for short, the midline self) is that there is a common element that unites different aspects of self, an integrative glue that holds the pattern together, and that this common element is a processing of stimuli as self-referential (Northoff et al., 2006). The notion of self-referential is then defined in terms of pre-reflective experience, which is found across a diversity of contexts, “autobiographical, social, spatial,” and various others. It is also noted that in any particular case pre-reflective self-referential experience has an affective or emotional dimension. In these regards the notion of self-referential experience includes a number of aspects that can be accommodated by the pattern theory of self. One problem that arises, however, is that pre-reflective experience is extremely difficult to operationalize in experimental settings. Thus Northoff et al. (2006) in discussing experimental data shift the focus to processes that involve reflection or judgment, such as a trait adjective judgment task. For example, in a study by Kelley et al. (2002) subjects are asked to judge whether trait adjectives (e.g., “polite”) more closely described “the participants themselves (self-referential), the current U.S. President (other-referential), or a given case (case-referential)” (Northoff et al., 2006, p. 441). Such experiments activate a variety of brain areas – medial cortex, ventro-, and dorsolateral prefrontal cortex, lateral parietal cortex, bilateral temporal poles, insula, and subcortical regions, including brain stem, colliculi, periaqueductal gray (PAG), and hypothalamus/hypophysis (Northoff et al., 2006, p. 441). Northoff argues that based on a review of recent brain-imaging studies, there are certain core areas commonly activated for self-referential behavior, the so-called CMS. The studies reviewed, however, included only those comparing self- and non-self-related tasks – that is, tasks where subjects had to discriminate between self and non-self – a point that motivated the critique by Legrand and Ruby.

Legrand and Ruby (2009) suggested that there are cognitive processes common to all of the tasks involved in the Northoff et al. review, namely a reflective process of differentiating self and non-self and often involving non-domain specific inferential processing and memory recall. This means that the activated CMS are not dedicated exclusively to self since processes related to non-self, and often to other persons are involved. Indeed, Legrand and Ruby demonstrate “that the main brain regions recruited for others’ mind representation are also and precisely the main brain regions reported in self studies and that this overlap extends beyond the brain areas usually pointed out …” (p. 254). The self-referential processes at stake in these studies are not self-specific in the technical sense proposed by Legrand and Ruby as being (1) exclusively about self (and not about non-self) and (2) non-contingently (i.e., necessary for the process to be) about self. They suggest that only one thing actually meets the self-specificity requirements: the first-person perspectival nature of experience. First-person perspective is exclusively self-related (since it does not apply to the non-self) and non-contingent (since changing or losing the first-person perspective amounts to changing or losing the self–non-self distinction).

On the one hand, Legrand and Ruby want to specify one necessary condition of selfhood; on the other hand, this does not rule out that there are other relevant aspects of self that are important: “We do not claim that all there is to the self can be subsumed under a single process but propose that both basic and complex forms of self have to rely at least partly on self-specific processes …” (2009, p. 279). Whether or not first-person perspective is a necessary condition of selfhood (see, Gallagher, 2012b for a positive answer in agreement with Legrand and Ruby), the disclaimer about subsuming self under a single process is important.

The important move here is to admit that there are multiple processes that may count as self-related, even if not self-specific, and that they can be constitutive of self over and above first-person perspective. That sends us back to a pluralist approach, and it also opens up a theoretical space for the idea that processes associated with CMS, among other aspects, are relevant to what we call self. Indeed, Northoff et al. (2006) (also Northoff et al., 2011; Qin and Northoff, 2011) point to multiple processes that contribute to different aspects of self. These are processes in the verbal domain (as in trait adjective judgment tasks), spatial domain (egocentric vs. allocentric); memory domain (in relation to self-referential information); emotional domain (self-related vs. non-self-related); facial recognition domain (self vs. non-self); social domain (where, according to Northoff et al.’s simulation theory approach, understanding of others depends on self-simulations); and domains that involve agency and ownership. All of these domains have a place within the pattern theory of self. Processes that pertain to memory and face recognition are clearly part of what we referred to as psychological/cognitive aspects. Those that pertain to language (verbal domain) may also be cognitive or may include narrative aspects. Processes pertaining to the emotional domain belong to affective aspects; those that pertain to spatial domain are closely related to first-person perspective, but nicely fit with minimal embodied aspects, while those that pertain to agency and ownership are part of the minimal experiential aspects. Social domain processes are clearly part of the intersubjective aspects. More generally, given that all of these processes reflect a self/non-self matrix, they demonstrate how the minimal embodied aspect of self/non-self differentiation is interwoven into the various other aspects of self. It has also been suggested, however, that minimal experiential aspects of self, connected with basic self-awareness, are interwoven with all other aspects of self, and moreover, that this minimal self-referential awareness survives damage to critical areas in the CMS (Philippi et al., 2012).

Accordingly, the concept of a midline self points to a specific pattern that includes a significant set of interconnected aspects, but not all of the aspects identified in the previous section. The midline theory of self is one particular pattern theory of self. Whether the aspects reflected in self-referential processing in CMS constitute “the core of our self,” as Northoff et al. claim, is of course open to debate. One could go more minimal and claim that the core is, as Legrand and Ruby suggest, a very minimal embodied aspect, or go wider to include aspects that may go beyond CMS related processes, such as extended and situated aspects, or very basic aspects of self-awareness that survive damage to CMS areas (Philippi et al., 2012).

That extended and situated aspects, as well as other aspects included in a pattern theory of self, may enter into a definition of self also suggests an important proviso on the type of approach taken by researchers who are looking specifically at neural processes that reflect these different self-referential behaviors. The patterns at stake in a pattern theory of self are not reducible to neuronal patterns, or patterns of brain activation. This is the case not only for extended and situated aspects, but also for aspects that relate to one’s body, emotional, and intersubjective life, cognitive and narrative dimensions, and so forth. In each case more factors than just brain processes are involved. Although we can expect that brain processes will in some way reflect the way a self is constituted across these different factors, who we are, or what self is, is more than the brain. In this respect, and at the very least, the pattern theory of self helps to map out more precisely what the possibilities are for a non-reductionist, non-deflationary theory of self that is also not inflated into a traditional Cartesian theory of the self as a substantial (soul-like) entity. 
Conflict of Interest Statement

The author declares that the research was conducted in the absence of any commercial or financial relationships that could be construed as a potential conflict of interest. 
Footnote

^In this respect we may start to think of the self as a meta-pattern of various constituent patterns or sets of patterns. 
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Monday, July 08, 2013

Søren Brier - Cybersemiotics: A New Foundation for Transdisciplinary Theory of Information, Cognition, Meaningful Communication and the Interaction Between Nature and Culture

This ambitious article by Søren Brier on the emerging field of cybersemiotics appeared in the new issue of Integral Review, a special issue on transdisciplinary models. Brier is the author of Cybersemiotics: Why Information Is Not Enough (Toronto Studies in Semiotics and Communication) [paper, 2013; Kindle, 2008].

Cybersemiotics: A New Foundation for Transdisciplinary Theory of Information, Cognition, Meaningful Communication and the Interaction Between Nature and Culture 

By Søren Brier [1]


Abstract: 

Cybersemiotics constructs a non-reductionist framework in order to integrate third person knowledge from the exact sciences and the life sciences with first person knowledge described as the qualities of feeling in humanities and second person intersubjective knowledge of the partly linguistic communicative interactions, on which the social and cultural aspects of reality are based. The modern view of the universe as made through evolution in irreversible time, forces us to view man as a product of evolution and therefore an observer from inside the universe. This changes the way we conceptualize the problem and the role of consciousness in nature and culture. The theory of evolution forces us to conceive the natural and social sciences as well as the humanities together in one theoretical framework of unrestricted or absolute naturalism, where consciousness as well as culture is part of nature. But the theories of the phenomenological life world and the hermeneutics of the meaning of communication seem to defy classical scientific explanations. The humanities therefore send another insight the opposite way down the evolutionary ladder, with questions like: What is the role of consciousness, signs and meaning in the development of our knowledge about evolution? Phenomenology and hermeneutics show the sciences that their prerequisites are embodied living conscious beings imbued with meaningful language and with a culture. One can see the world view that emerges from the work of the sciences as a reconstruction back into time of our present ecological and evolutionary self-understanding as semiotic intersubjective conscious cultural and historical creatures, but unable to handle the aspects of meaning and conscious awareness and therefore leaving it out of the story. Cybersemiotics proposes to solve the dualistic paradox by starting in the middle with semiotic cognition and communication as a basic sort of reality in which all our knowledge is created and then suggests that knowledge develops into four aspects of human reality: Our surrounding nature described by the physical and chemical natural sciences, our corporeality described by the life sciences such as biology and medicine, our inner world of subjective experience described by phenomenologically based investigations and our social world described by the social sciences. I call this alternative model to the positivistic hierarchy the cybersemiotic star. The article explains the new understanding of Wissenschaft that emerges from Peirce’s and Luhmann’s conceptions.
1. Søren Brier is Professor of Semiotics in the Information, Cognition and Communication Sciences  at the Department of International Business Communication at Copenhagen Business School. He is the creator of the transdisciplinary framework Cybersemiotics, founder and editor-in-chief of the journal Cybernetics & Human Knowing, co-founder of the International Association for Biosemiotic Studies and its journal Biosemiotics. sb.ibc@cbs.dk

An Overview of the Flow of the Argumentation in the Article 


I begin with a brief introduction to my view of scientific thinking on deep theories and a few words about the limitation of the word ‘science’ in the English language and my proposal to use the German transdisciplinary term ‘Wissenschaft’, which includes qualitative research into meaning. I argue that it is vital to include the meaning aspect of reality when we deal with information, cognition and communication research. I will then briefly introduce my cybersemiotic visual model for organizing the exact, the life and the social science as well as the humanities in a framework shaped as a star with four different arms, a framework which I propose as an alternative to the positivistic ‘unity of science’ idea based on physics as model science and its modern version found in E. O. Wilson’s ‘consilience’ model. Cybersemiotics is a vision of how to integrate truth and meaning as well as the empirical and the experiential aspects of knowing in one pragmatic and semiotic view of the collective production of knowledge. I will then explain the phenomenological model behind Peirce’s phaneroscopically based semiotics. I briefly introduce his three categories and his idea of a philosophical foundation for a reflected cenoscopic science. I then briefly explain Maturana and Varela’s idea of autopoiesis and after that try to show how Luhmann’s triple autopoietic systems view of socio-communication has a reflected pragmatic and realistic grounding that fits in with and supplements Peirce’s philosophy. I go on to explain the development of biosemiotics as an attempt to build a semiotic link from the life sciences to the social sciences and humanities through an evolutionary and ecological semiotic view. As the pan-informational and pan-computational philosophy tends to be more and more dominating, I find it necessary to explain how Peirce’s philosophy, which he calls pragmaticism, can be seen as an alternative. As Peirce lived a hundred years ago, my argument draws on modern American philosophers like Sellers, McDowell and Brandom.

Since Plato’s philosophy of a world of ideas and universal concepts was confronted by modern empiricism’s belief in material facts, the discussion on inter- and transdisciplinarity has been about what is most real: matter, forces, form or universal concepts. The possibility of transdisciplinarity therefore rests on our ability to define a reality that includes them all. Peirce’s suggestion of a scholastic realism inspired by Duns Scotus is such an attempt and I shall try to explain what it is all about. Peirce introduces time and possibility to enlarge our view of reality. What is, and what has been only cover the part of actuality, which is based on the past. There are, however, also would be’s dealing with probabilities. Peirce – like Popper and Prigogine – views possibilities as real and includes them in his category of Firstness. But they are also the basis for habits or what Peirce calls Thirdness. Peirce distinguishes between what is real and what exists. The only form of existence as such is what he calls ‘thisness’ (haeccity), which is his category of Secondness. It is this triadic processual understanding of semiotics that distinguishes Peirce’s semiotics from Saussurian semiology and makes the idea of biosemiotics possible. I then try to visualize how we may combine biosemiotics’ idea of endosemiotics creating the biological self and its exosemiotic communication theories with Luhmann’s triadic autopoiesis model of communication. This is done in order to give a first overview of the cybersemiotic idea and to explain how the integration of semiotics and system theory offers a more plausible model of evolution that can explain the emergence of mind. The article concludes by suggesting a new model of five ontological levels and a changed view of the reality of nature.

A New Foundation for the Sciences [2] and Humanities 


Cybersemiotics proposes a new transdisciplinary framework integrating Peirce’ triadic semiotics with a cybernetic view of information on the basis of an ontology of emptiness. It is an attempt to give a transdisciplinary solution to C.P. Snow’s two-culture problem. The proposed framework offers an integrative multi- and transdisciplinary approach, which uses meaning as the overarching principle for grasping the complex area of cybernetic information science for nature and machines AND the semiotics of all living system’s cognition, communication, and culture. Cybersemiotics is an integrated transdisciplinary philosophy of science allowing us to perform our multidisciplinary research, since it is concerned not only with cybernetics and Peircean semiotics, but also with informational, biological, psychological and social sciences. In order to incorporate the sociological disciplines and contributions from multiple areas of applied research cybersemiotics draws extensively on Luhmann’s theories.

We are thus immersed in conscious and unconscious communication forms, verbal as well as non-verbal. As the linguistic turn argues, we cannot escape language, nor culture and power. Even science becomes a social construction, which is historically true, since science is a relatively recent phenomenon in the history of man. Empirical and mathematically grounded science is a modern invention that started in the Renaissance. Scientific knowledge has formed our rationality and cultural outlook on the world since then and right up to the global discussion these days about the reality of global warming.

And yet science is still faced with the problem of meaning. The background of cybersemiotics is the recognition that Western philosophy of science is in a state of crisis. Western culture is at a turning point when it comes to taking the final step into a knowledge culture based on information and communication technology. Rather than basing our culture on the conception that the highest goal of knowledge is an abstract, non-embodied and globally available (artificial, impersonal) intelligence of information programs, I believe that we should ground our culture(s) on embodied human living (personal as well as interpersonal), i.e. on semiotic intelligence as part of both living nature and human culture, rather than only on the physical science and the worldview behind it.

The current dominant objectivist science, which to me includes physicalism, eliminative materialism, cognitive sciences based on the information processing paradigm, cannot encompass self-aware consciousness and social-communicative meaning as causal agents in nature. Current cognitive science attempts to explain human communication from the outside without recognizing the phenomenological and hermeneutical aspects of existence. Its conception of human (meaningful) language and communication as a sort of culturally developed program for social information processing between computational brains/ minds cannot explain the evolution of embodied consciousness and (meaningful) human language and communication. Cybersemiotics offers a new ontology that can encompass a moderate version of the ontologies of all four dimensions or spheres.

Inspired by the methodology of critical realism (Bhaskar, 1997, 1998) and Bourdieu (Bourdieu and Wacquant, 1992), I believe that our common sense only shows us the surface of reality, and that it is the task of the sciences to dig deeper and look further than our common sense assumptions. I agree with Gadamer (1989) that our cultural history is also a development of our knowledge about ourselves, society and nature forming a common knowledge horizon. Therefore I agree with Karl Popper that it is the role of scientists and philosophers to boldly invent new ways of looking at reality, knowledge and ourselves. Take for instance Einstein and Bohr, who forever changed the way we understand matter, energy, time, space and knowledge, or Norbert Wiener who introduced information as a basic ontological component in his transdisciplinary cybernetic worldview.

I see the semiotic philosopher C. S. Peirce (1839-1914, see his collected papers: Peirce 1931-1935) as such a bold inventor, one who had important and profound ideas about the development of human knowledge development long before Karl Popper (1960, 1962, 1972, 1974, and 1976) and Roy Bhaskar (1997, 1998) published their theories. Peirce created a whole structure of philosophy, science and humanities through his semiotic philosophy (inspired by Dons Scotus and Kant), which includes a transdisciplinary theory of meaning, signification and communication. In a somewhat supplementing vein Niklas Luhmann (1990, 1995) – originally inspired by Talcott Parsons’ (1902 –1979) structural functionalism – developed a social system theory that views social communication as the basic reality of society and integrates the psychic and the biological autopoietic systems. Luhmann borrows the concept of autopoiesis from the cybernetic biologists Humberto Maturana (1983, 1988a, 1988b) and Francisco Varela (1980, 1986).

It is my view that these two interdisciplinary theories may be combined into a transdisciplinary framework that I call cybersemiotics. I firmly believe that cybersemiotics constitutes a realistic foundation for a comprehensive understanding of the natural, life and social sciences as well as humanities and that it can provide a deeper understanding of the differences in the knowledge types they produce and show why each and every one is necessary. By establishing this new framework, I also hope to create a transdisciplinary approach which transcends the incommensurability between C.P. Snow's two cultures: science-technology versus the humanities and the social sciences. I am trying to draw up a map onto which a multitude of viewpoints can be plotted and their subject areas characterized and compared with other approaches. In doing so, I hope to expand the dialogue between the exact sciences, the humanities, the social sciences and philosophy. A more comprehensive and further argued version of cybersemiotics can be found in the foundational book Cybersemiotics: Why Information Is Not Enough [paper edition, Kindle edition] (Brier, 2006) as well as later articles on the subject (Brier, 2007, 2008a, 2008b, 2008c, 2008d, 2009a, 2009b, 2010, 2011).
2. For me the concept ‘sciences’ refer to natural, life, technical as well as social sciences. With a background in biology I consider the life sciences to assume a different ontology from that of physics and chemistry, which do not operate on the premise of life as biology does. 
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