Information about Living Systems Theory
Living systems theory is a general theory about the existence of all living systems, their structure, interaction, behavior and development. This work is created by James Grier Miller, which was intended to formalize the concept of "life". According to Miller's original conception as spelled out in his magnum opus Living Systems, a "living system" must contain each of 20 "critical subsystems", which are defined by their functions and visible in numerous systems, from simple cells to organisms, countries, and societies. In Living Systems Miller provides a detailed look at a number of systems in order of increasing size, and identifies his subsystems in each.
Living systems are by definition open self-organizing systems that have the special characteristics of life and interact with their environment. This takes place by means of information and material-energy exchanges. Living systems can be as simple as a single cell or as complex as a supranational organization such as the European Economic Community. Regardless of their complexity, they each depend upon the same essential twenty subsystems (or processes) in order to survive and to continue the propogation of their species or types beyond a single generation.[2].
Miller said that systems exist at eight "nested" hierarchical levels: cell, organ, organism, group, organization, community, society, and supranational system. At each level, a system invariably comprises 20 critical subsystems, which process matter/ energy or information except for the first two, which process both matter/energy and information: reproducer & boundary.
The processors of matter/energy are:
His central thesis is that the systems in existence at all eight levels are open systems composed of 20 critical subsystems that process inputs, throughputs, and outputs of various forms of matter/energy and information. Two of these subsystems—reproducer and boundary—process both matter/energy and information. Eight of them process only matter/energy. The other 10 process information only.
Seppänen (1998) says that Miller applied general systems theory on a broad scale to describe all aspects of living systems” [4]
Miller says the concepts of space, time, matter, energy, and information are essential to his theory because the living systems exist in space and are made of matter and energy organized by information. Miller’s theory of living systems employs two sorts of spaces: physical or geographical space, and conceptual or abstracted spaces. Time is the fundamental “fourth dimension” of the physical space-time continuum/spiral. Matter is anything that has mass and occupies physical space. Mass and energy are equivalent as one can be converted into the other. Information refers to the degrees of freedom that exist in a given situation to choose among signals, symbols, messages, or patterns to be transmitted.
Other relevant concepts are system, structure, process, type, level, echelon, suprasystem, subsystem, transmissions, and steady state. A system can be conceptual, concrete or abstracted. The structure of a system is the arrangement of the subsystems and their components in three-dimensional space at any point of time. Process, which can be reversible or irreversible, refers to change over time of matter/energy or information in a system. Type defines living systems with similar characteristics. Level is the position in a hierarchy of systems. Many complex living systems, at various levels, are organized into two or more echelons. The suprasystem of any living system is the next higher system in which it is a subsystem or component. The totality of all the structures in a system which carry out a particular process is a subsystem. Transmissions are inputs and outputs in concrete systems. Because living systems are open systems, with continually altering fluxes of matter/energy and information, many of their equilibria are dynamic—situations identified as steady states or flux equilibria.
Miller identifies the comparable matter-energy and information processing critical subsystems. Elaborating on the eight hierarchical levels, he defines society, which constitutes the seventh hierarchy, as “a large, living, concrete system with [community] and lower levels of living systems as subsystems and components”. [6] Society may include small, primitive, totipotential communities; ancient city-states, and kingdoms; as well as modern nation-states and empires that are not supranational systems. Miller provides general descriptions of each of the subsystems that fit all eight levels.
A supranational system, in Miller’s view, “is composed of two or more societies, some or all of whose processes are under the control of a decider that is superordinate to their highest echelons” [7]. However, he contends that no supranational system with all its 20 subsystems under control of its decider exists today. The absence of a supranational decider precludes the existence of a concrete supranational system. Miller says that studying a supranational system is problematical because its subsystems
At the supranational system level, Miller’s emphasis is on international organizations, associations, and groups comprising representatives of societies (nation-states). Miller identifies the subsystems at this level to suit this emphasis. Thus, for example, the reproducer is “any multipurpose supranational system which creates a single purpose supranational organization” (p. 914); and the boundary is the “supranational forces, usually located on or near supranational borders, which defend, guard, or police them” (p. 914).
LST’s analysis of the 20 interacting subsystems, Bailey adds, clearly distinguishing between matter/energy processing and information-processing, as well as LST’s analysis of the eight interrelated system levels, enables us to understand how social systems are linked to biological systems. LST also analyzes the irregularities or “organizational pathologies” of systems functioning (e.g., system stress and strain, feedback irregularities, information-input overload). It explicates the role of entropy in social research while it equates negentropy with information and order. It emphasizes both structure and process, as well as their interrelations [11]
Behavior or behaviour
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Living systems
Miller considers living systems as a subset of all systems. Below the level of living systems, he defines space and time, matter and energy, information and entropy, levels of organization, and physical and conceptual factors, and above living systems ecological, planetary and solar systems, galaxies, and so forth.[1].Living systems are by definition open self-organizing systems that have the special characteristics of life and interact with their environment. This takes place by means of information and material-energy exchanges. Living systems can be as simple as a single cell or as complex as a supranational organization such as the European Economic Community. Regardless of their complexity, they each depend upon the same essential twenty subsystems (or processes) in order to survive and to continue the propogation of their species or types beyond a single generation.[2].
Miller said that systems exist at eight "nested" hierarchical levels: cell, organ, organism, group, organization, community, society, and supranational system. At each level, a system invariably comprises 20 critical subsystems, which process matter/ energy or information except for the first two, which process both matter/energy and information: reproducer & boundary.
The processors of matter/energy are:
- Ingestor, Distributor, Converter, Producer, Storage, Extruder, Motor, Supporter
- Input transducer, Internal transducer, Channel and net, Timer (added later), Decoder, Associator, Memory, Decider, Encoder, Output transducer.
Miller's Living systems theory
James Grier Miller (1978) wrote a 1,102-page volume to present his living systems theory. He constructed a general theory of living systems by focusing on concrete systems—nonrandom accumulations of matter-energy in physical space-time organized into interacting, interrelated subsystems or components. Slightly revising the original model a dozen years later, he distinguished eight “nested” hierarchical levels in such complex structures. Each level is “nested” in the sense that each higher level contains the next lower level in a nested fashion.His central thesis is that the systems in existence at all eight levels are open systems composed of 20 critical subsystems that process inputs, throughputs, and outputs of various forms of matter/energy and information. Two of these subsystems—reproducer and boundary—process both matter/energy and information. Eight of them process only matter/energy. The other 10 process information only.
- All nature is a continuum. The endless complexity of life is organized into patterns which repeat themselves—theme and variations—at each level of system. These similarities and differences are proper concerns for science. From the ceaseless streaming of protoplasm to the many-vectored activities of supranational systems, there are continuous flows through living systems as they maintain their highly organized steady states.[3]
Seppänen (1998) says that Miller applied general systems theory on a broad scale to describe all aspects of living systems” [4]
Topics in living systems theory
Miller’s theory posits that the mutual interrelationship of the components of a system extends across the hierarchical levels. Examples: Cells and organs of a living system thrive on the food the organism obtains from its suprasystem; the member countries of a supranational system reap the benefits accrued from the communal activities to which each one contributes. Miller says that his eclectic theory “ties together past discoveries from many disciplines and provides an outline into which new findings can be fitted”.[5]Miller says the concepts of space, time, matter, energy, and information are essential to his theory because the living systems exist in space and are made of matter and energy organized by information. Miller’s theory of living systems employs two sorts of spaces: physical or geographical space, and conceptual or abstracted spaces. Time is the fundamental “fourth dimension” of the physical space-time continuum/spiral. Matter is anything that has mass and occupies physical space. Mass and energy are equivalent as one can be converted into the other. Information refers to the degrees of freedom that exist in a given situation to choose among signals, symbols, messages, or patterns to be transmitted.
Other relevant concepts are system, structure, process, type, level, echelon, suprasystem, subsystem, transmissions, and steady state. A system can be conceptual, concrete or abstracted. The structure of a system is the arrangement of the subsystems and their components in three-dimensional space at any point of time. Process, which can be reversible or irreversible, refers to change over time of matter/energy or information in a system. Type defines living systems with similar characteristics. Level is the position in a hierarchy of systems. Many complex living systems, at various levels, are organized into two or more echelons. The suprasystem of any living system is the next higher system in which it is a subsystem or component. The totality of all the structures in a system which carry out a particular process is a subsystem. Transmissions are inputs and outputs in concrete systems. Because living systems are open systems, with continually altering fluxes of matter/energy and information, many of their equilibria are dynamic—situations identified as steady states or flux equilibria.
Miller identifies the comparable matter-energy and information processing critical subsystems. Elaborating on the eight hierarchical levels, he defines society, which constitutes the seventh hierarchy, as “a large, living, concrete system with [community] and lower levels of living systems as subsystems and components”. [6] Society may include small, primitive, totipotential communities; ancient city-states, and kingdoms; as well as modern nation-states and empires that are not supranational systems. Miller provides general descriptions of each of the subsystems that fit all eight levels.
A supranational system, in Miller’s view, “is composed of two or more societies, some or all of whose processes are under the control of a decider that is superordinate to their highest echelons” [7]. However, he contends that no supranational system with all its 20 subsystems under control of its decider exists today. The absence of a supranational decider precludes the existence of a concrete supranational system. Miller says that studying a supranational system is problematical because its subsystems
- ...tend to consist of few components besides the decoder. These systems do little matter-energy processing. The power of component societies [nations] today is almost always greater than the power of supranational deciders. Traditionally, theory at this level has been based upon intuition and study of history rather than data collection. Some quantitative research is now being done, and construction of global-system models and simulations is currently burgeoning.[8]
At the supranational system level, Miller’s emphasis is on international organizations, associations, and groups comprising representatives of societies (nation-states). Miller identifies the subsystems at this level to suit this emphasis. Thus, for example, the reproducer is “any multipurpose supranational system which creates a single purpose supranational organization” (p. 914); and the boundary is the “supranational forces, usually located on or near supranational borders, which defend, guard, or police them” (p. 914).
Strengths of Miller’s theory
Not just those specialized in international communication, but all communication science scholars could pay particular attention to the major contributions of LST to social systems approaches that Bailey [9] has pointed out:- The specification of the 20 critical subsystems in any living system.
- The specification of the eight hierarchical levels of living systems.
- The emphasis on cross-level analysis and the production of numerous cross-level hypotheses.
- Cross-subsystem research (e.g., formulation and testing of hypotheses in two or more subsystems at a time).
- Cross-level, cross-subsystem research.
LST’s analysis of the 20 interacting subsystems, Bailey adds, clearly distinguishing between matter/energy processing and information-processing, as well as LST’s analysis of the eight interrelated system levels, enables us to understand how social systems are linked to biological systems. LST also analyzes the irregularities or “organizational pathologies” of systems functioning (e.g., system stress and strain, feedback irregularities, information-input overload). It explicates the role of entropy in social research while it equates negentropy with information and order. It emphasizes both structure and process, as well as their interrelations [11]
Limitations
It omits the analysis of subjective phenomena, and it overemphasizes concrete Q-analysis (correlation of objects) to the virtual exclusion of R-analysis (correlation of variables). By asserting that societies (ranging from totipotential communities to nation-states and non-supranational systems) have greater control over their subsystem components than supranational systems have, it dodges the issue of transnational power over the contemporary social systems. Miller’s supranational system bears no resemblance to the modern world-system that Wallerstein (1974) described although both of them were looking at the same living (dissipative) structure.Literature
- Kenneth D. Bailey, (1994). Sociology and the new systems theory: Toward a theoretical synthesis. Albany, NY: SUNY Press.
- Kenneth D. Bailey (2006). Living systems theory and social entropy theory. Systems Research and Behavioral Science, 22, 291-300.
- James Grier Miller, (1978). Living systems. New York: McGraw-Hill. ISBN 0-87081-363-3
- Miller, J.L., & Miller, J.G. (1992). Greater than the sum of its parts: Subsystems which process both matter-energy and information. Behavioral Science, 37, 1-38.
- Jouko Seppänen, (1998). Systems ideology in human and social sciences. In G. Altmann & W.A. Koch (Eds.), Systems: New paradigms for the human sciences (pp. 180-302). Berlin: Walter de Gruyter.
- Wallerstein, I. (1974). The modern world-system: Capitalist agriculture and the origins of the European world economy in the sixteenth century. New York: Academic Press.
References
1. ^ Seppänen, 1998, p. 198
2. ^ Elaine Parent, [The Living Systems Theory of James Grier Miller], Primer project ISSS, 1996.
3. ^ (Miller, 1978, p. 1025)
4. ^ Seppänen 1998, pp. 197-198.
5. ^ (Miller, 1978, p.1025)
6. ^ Miller 1978, p. 747.
7. ^ Miller 1978, p. 903
8. ^ Miller, 1978, p. 1043.
9. ^ Kenneth D. Bailey, (2006)
10. ^ Kenneth D. Bailey 2006, pp.292-296.
11. ^ Kenneth D. bailey, 1994, pp. 209-210.
2. ^ Elaine Parent, [The Living Systems Theory of James Grier Miller], Primer project ISSS, 1996.
3. ^ (Miller, 1978, p. 1025)
4. ^ Seppänen 1998, pp. 197-198.
5. ^ (Miller, 1978, p.1025)
6. ^ Miller 1978, p. 747.
7. ^ Miller 1978, p. 903
8. ^ Miller, 1978, p. 1043.
9. ^ Kenneth D. Bailey, (2006)
10. ^ Kenneth D. Bailey 2006, pp.292-296.
11. ^ Kenneth D. bailey, 1994, pp. 209-210.
See also
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System (from Latin systēma, in turn from Greek σύστημα systēma) is a set of entities, real or abstract, where each entity interacts with, or is related to, at least one other
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Structure is a fundamental and sometimes intangible notion covering the recognition, observation, nature, and stability of patterns and relationships of entities. From a child's verbal description of a snowflake, to the detailed scientific analysis of the properties of magnetic
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James Grier Miller (b 1916 d. November 7, 2002) was a biologist who authored living systems theory and the founding director of the University of Michigan Mental Health Research Institute (MHRI).
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System (from Latin systēma, in turn from Greek σύστημα systēma) is a set of entities, real or abstract, where each entity interacts with, or is related to, at least one other
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matter is commonly defined as the substance of which physical objects are composed, not counting the contribution of various energy or force-fields, which are not usually considered to be matter per se (though they may contribute to the mass of objects).
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energy (from the Greek ενεργός, energos, "active, working")[1] is a scalar physical quantity that is a property of objects and systems of objects which is conserved by nature.
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Ice melting - a classic example of entropy increasing[1] described in 1862 by Rudolf Clausius as an increase in the disgregation of the molecules of the body of ice.
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An organization (or organisation — see spelling differences) is a social arrangement which pursues collective goals, which controls its own performance, and which has a boundary separating it from its environment.
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System (from Latin systēma, in turn from Greek σύστημα systēma) is a set of entities, real or abstract, where each entity interacts with, or is related to, at least one other
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The social environment, also known as the milieu, is the identical or similar social positions and social roles as a whole that influence the individuals of a group.
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A cell is a single unit or compartment, enclosed by a border, wall or membrane. As a term, cell has become general-purpose metaphor for building blocks which serve to compose larger structures.
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An organization (or organisation — see spelling differences) is a social arrangement which pursues collective goals, which controls its own performance, and which has a boundary separating it from its environment.
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Complexity in general usage is the opposite of simplicity. Complexity in specific usage is the opposite of independence, while complication is the opposite of simplicity.
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System (from Latin systēma, in turn from Greek σύστημα systēma) is a set of entities, real or abstract, where each entity interacts with, or is related to, at least one other
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System (from Latin systēma, in turn from Greek σύστημα systēma) is a set of entities, real or abstract, where each entity interacts with, or is related to, at least one other
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Systems theory is an interdisciplinary field of science. It studies the nature of complex systems in nature, society, and science. More specificially, it is a framework by which one can analyze and/or describe any group of objects that work in concert to produce some result.
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Kenneth D. Bailey (1943) is an American sociologist, systems scientist and professor of sociology at the University of California in Los Angeles.
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Kenneth D. Bailey (1943) is an American sociologist, systems scientist and professor of sociology at the University of California in Los Angeles.
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Bailey studied at the University of Texas at Austin. He got here a B.S. in mathematics in 1963, a M.A...... Click the link for more information.
Kenneth D. Bailey (1943) is an American sociologist, systems scientist and professor of sociology at the University of California in Los Angeles.
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Bailey studied at the University of Texas at Austin. He got here a B.S. in mathematics in 1963, a M.A...... Click the link for more information.
Kenneth D. Bailey (1943) is an American sociologist, systems scientist and professor of sociology at the University of California in Los Angeles.
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