
fo' real
Disaggregated thoughts about computing, culture and society.
Hartwell and colleagues jumped into the middle of this debate by proposing that cells sustain a multitude of functions - i.e., multitask - thanks to a discrete modular organisation. According to this view, the network behind the cell is fragmented into groups of diverse molecules, or modules, each module being responsible for a different cellular function. As modules are connected via a few links to other modules, the network behind the cell is similar to Granovetter's circle of friends, where those within the same circle know each other well and communication with other circles is maintained by a few weak ties...Modularity is a defining feature of most complex systems. Indeed, departmentalisation allows large companies to create relatively secluded groups of employees who work together to solve specific tasks; the Web is fragmented into heavily interlinked communities of Webpages whose creators share common interests; modularity in our intellectual and professional interests allows Amazon to offer book recommendations inspired by the reading patters of people within a comparable intellectual module; a modular computer design allows us to replace the old bulky screen with a flat panel display without redesigning the whole computer. Yet, a modular architecture is at odds with everything we have learned so far about complex networks. Most networks, from the cell to the World Wide Web, are scale free, held together by a few hubs. By virtue of the many links hubs possess, they must be in contact with nodes from numerous modules. Therefore modules cannot be that isolated after all, resulting in a fundamental conflict between the known scale-free architecture and the modular hypothesis.
(pp231-2)
The surprising discovery of power laws in the Web forced us to acknowledge the hubs. The slowly decaying power law distribution accomodates such highly linked anomalies in a natural way. It predicts that each scale-free network will have several large hubs that will fundamentally define the network's topology. The finding that most networks of conceptual importance, ranging from the World Wide Web to the network within the cell, are scale-free gave legitimacy to hubs. We would come to see that they determine the structural stability, dynamic behavious, robustness, and error and attack tolerance of real networks. They stand as proof of the highly important organising principles that govern network evolution.
(pp71-71)
It is right to recognise that we became human individuals in terms of a social process, but still individuals are unique, through a particular heredity expressed in a particular history. And the point about this uniqueness is that it is creative as well as created: new forms can flow from this particular form, and extend in the whole organisation, which is in any case being constantly renewed and changed as unique individuals inherit and continue it.
Raymond Williams, The Long Revolution
Contentions about the state of world labor are based on assumptions about the impact of contemporary globalisation on workers'bargaining power. A useful starting point for differentiating types of workers'bargaining power is Erik Olin Wright's (2000:962) distinction between associational and structural power. Associational power consists of "the various forms of power that result from the formation of collective organisation of workers" (most importantly, trade unions and political parties). Structural power, in contrast, consists of the power that accrues to workers "simply from their location...in the economic system." Wright further divides "structural" power into two subtypes. The first subtype of structural power (which we shall call marketplace bargaining power) is the power that "results directly from tight labor markets." The second subtype of structural power (which we shall call workplace bargaining power) is the power that results "from the strategic location of a particular group of workers within a key industrial sector."
In M->C->M', capitalist activism finds itself as the transformational logic of capitalist society. But for the capitalist, the transformational quality is obscured by the simple reflexive continuity of accumulation; the social/material transformation of the world created by capitalist projects is a side effect.
If the capitalist class identifies the corporation as the structure for the realisation of their projects, the political class identifies the state political structure. It is from there that they can develop and implement their various plans.
The working class must find its own structures. People who do not have access to such structures as State and corporation must find or develop their own. On the lowest levels, these are simply social structures by which we aim to realise the type of life that we want. On another, these are structures by which we aim to enact a force upon society.
I suggest that is when people use social structures dominated by associational principles of organising that they are happiest.
We can reconfigure the terms and problems of classical anarchism into spatial terms.
The 'venting', or symbolic protest action of the electoral left is intended to generate a stance, a block of recognisable mass.
Direct action is conscious, projective movement. It contains a direction, defines its path en route and applies a force.
Motivation
Capitalism and all hierarchical systems maintain the relative privilege of a minority through compulsive behaviour. However, it's survival/growth depends upon its ability to harness initiative based on impulsive behaviour.
This is fostered in a wider group of people via economic and ideological infastructures and is, passively, the ideological status quo (initiative within certain bounds).
We are looking for a society based on redistribution of weight between impulsive and compulsive behaviour.
Reaction [i.e. Reactionary forces] in capital arises when the generalisation of impulsive behaviour exceeds manageable bounds both in scope and in breadth.