| Introduction: (11-22) 
          I. Historicized philosophy: emphasis on morphogenesis: all 
        structures are products of processes A. Materialist historians: 
        Braudel and McNeill
 B. Historicized science
 1. Classical modern science: reversible time, universal laws
 2. 19th C: introduction of historical processes, but with only one outcome:
 a. Thermodynamics: time’s arrow: equilibrium
 b. Evolution: organisms as constructions: fittest design
 3. 20th C: revolutions
 a. Thermodynamics: Prigogine: attractors and bifurcators
 b. Biology: nonlinear dynamics of ecosystems: changing fitness landscapes
 II.   ATY tries to propose nonlinear 
        social sciences
 A. Arthur Iberall’s early 
        attempt:
 1. 3 parameters: settlement; energy consumption; interactions
 2. Gas, liquid, and crystal forms of society
 a. DeLanda’s presentation here indicates one of my principal complaints 
        about his
 work: 
        he ignores DG’s notion of anti-production (drawn from Bataille’s notion
 of 
        glorious expenditure). Thus he says that surpluses are only available 
        at State
 form. 
        This ignores DG’s readings of Clastres and political anthropology: the
 potlatch 
        is a positive mechanism to prevent the State by requiring chief to waste
 surpluses.
 3. No progress/stages, but exploration of a virtual space of social forms
 B. DL wants to remove 
        metaphor by showing that all matter-energy flows have self-
 organizing potentials
 1. Solitons or waves
 2. Attractors
 3. Nonlinear combinatorics: creation of novel virtual structures
 C. Description of human 
        behavior: irreducible reference to beliefs and desires
 1. Constrained decisions by place in hierarchy
 2. Unintended collective consequences by virtue of meshworks (markets)
 III.  New methodology:
 A. Limits of analysis: 
        necessity of taking account of emergent effects (arising from
 interaction of parts [often nonlinear -- 
        e..g., positive or negative feedback loops], so that
 analysis into parts and then addition will 
        miss them)
 B. Bottom-up approach: 
        E.g., cellular automata simulations to demonstrate emergence
 1. Do not postulate systematicity until you can show a system-generating 
        process
 2. Treat entities as populations of entities at lower level
 a. DL rejects use of “capitalism” as society-wide or systematic designation,
 preferring 
        Braudel’s restriction of capitalism to anti-market institutions at top
 level, 
        above markets and material life
 b. This is a huge question, relating to DG as well as Marx: they would 
        I think
 claim 
        that the tendency of real subsumption (intensification and spread of
 commodity 
        relations into previous market or subsistence areas) is precisely the
 tendency 
        to the subjection of all social interactions to a single rule of profit, 
        or
 in 
        DG terms, axiomatic of decoded flows, and is thus the rendering-systematic
 of 
        all life as capitalist. That this is a limit, perhaps never to be reached, 
        doesn’t
 prevent 
        systematic effects once past a certain threshold? Thus the heuristic
 benefits 
        of looking for capitalist relations in previously non-commodified areas,
 by 
        letting you see beginning trends and predict probable outcomes, outweighs
 DL’s 
        methodological scruples (or so it could be argued?).
 c. By analogy, would we also have to reject “racism” and “patriarchy” 
        as system-
 level 
        descriptions? There as well we would have to weigh political utility of
 such 
        descriptions over against methodological scruples.
 C. Rejection of orthodox 
        economics and orthodox sociology
 1. Economics posits individual (atomized) decision maker and thus misses 
        emergent
 effects and constraints 
        of institutions: its methodological individualism is okay, but
 not its ontological individualism
 2. Sociology is top-down, positing a whole (“society”) that is rather 
        to be explained,
 and seeing individuals 
        as mere rule-followers (“methodological holism”)
 3. Neo-institutional economics (North, Vanberg, Williamson)
 a. Splits the methodological difference: methodological individualism 
        (of
 economic 
        individuals) and ontological holism (of ecology of institutions): once
 alive 
        they react back on the flows that gave birth to them by serving as
 catalysts, 
        regulators, inhibitors, etc
 (1)   here again, DL misses a key DG point from AO: that (adult) 
        “individuals”
 are formed by social processes (“desiring-production”), so economics
 cannot assume a pre-formed individual, even with bounded rationality and
 subject to institutional constraints
 b. Transaction costs as key
 4. ATY attempts to combine neo-institutional economics with complexity 
        theory
 IV.   Preview of book:
 A. Chapter One: “geological” 
        dynamics of European towns (energy intensifications
 [agriculture, coal, oil], arms races, institutional 
        developments, relation with States, etc)
 explain eventual Western domination of 
        millennium
 1. As we will see, I think he slights the Williams/Blackburn thesis about 
        body political
 effects of slave trade 
        [money as economic catalyst and sugar/coffee/tea/nicotine as
 somatic speed]: although 
        DL’s methodology is not at fault here, just a matter of
 emphasis on the inputs 
        to the auto-catalytic loop of the Industrial Revolution
 B. Chapter Two: eco-systematic 
        approach: germs, plants, animals, and humans: flows of
 organic materials: cities as parasites: 
        flows of genes
 C. Chapter Three: linguistic 
        materials: dialects and standard languages; pidgins and creoles,
 media effects
 V. DL’s ontological monism
 A. Geological, biological, 
        linguistic are not stages of perfection: there is some stratification,
 but there is also interweaving
 B. Each layer is animated 
        by the same self-organizing processes (DG: abstract machines)
 C. There is a single 
        matter-energy flow undergoing phase transitions; each new layer
 enriches reservoir of nonlinear dynamics 
        and combinatorics available for generating new
 structures AND processes
   |  |