Karl Marx used architecture and engineering as an analogy for society. In his analogy a building’s base establishes both the shape of the building as well as the various functions of the building’s superstructure. In turn, Marx wrote, the superstructure functions to provide support and protection to the base. Marx compared human productive relations (i.e. economic system) as being like the building’s base in that they shape society’s legal, social, artistic, religious, political and other cultural features and institutions. In return, according to Marx, these various social features and institutions function to protect and support that same economic system that created them. G.A. Cohen, in his book Karl Marx’s Theory of History, gives an excellent analysis of Marx’s work.
One can understand why Marx might use such an analogy being that he lived during the heart of the industrial age. But maybe it’s time for a new analogy that we can better relate to here in the 21st century. Rather than looking to engineering and architecture it might be best that we look to the cutting edge science and technology of our age: genetics.
As we all know DNA is the blueprint that governs not only the development but the functioning of any living being. It even governs how an organism responds to the operant conditioning of the environment. DNA tells a dog to bark and a cat to meow. But unlike Marx’s architectural analogy, the reciprocal relationship between the organism and its DNA is well established. Not only does DNA shape and govern the organism but an organism strives to protect and pass along its own DNA. Biologists tell us that reproduction is the ultimate goal of any living organism.
Genetics as an analogy has another benefit that Marx’s building analogy didn’t. It provides a mechanism for change. Natural selection guides the evolution of life by putting pressure on organisms. Those that are most fit for their environment are able to have more offspring and therefore they pass along their genes more often than the less fit. While species tend to be stable and adaptable, something shown by Stephen Jay Gould, resulting in the outstanding diversity we see in nature, with the right conditions new species will arise.
We can take genetics and use it as an analogy of human society. An economic system might be compared to the DNA of an organism. The economic DNA of society shapes and governs the functions of the various social institutions and culture. Also, like the organism striving to survive and pass along its own DNA through reproduction, these social and cultural institutions in turn function to protect and reproduce their own economic systems.
But I find evolution to be the most exciting aspect of this analogy, especially Gould’s Theory of Punctuated Equilibrium. Using his theory as an analogy we can see how capitalism can appear to be beaten down and against the ropes yet by adapting come back strong while still keeping its nature of being capitalism. Just like most species, capitalism as a mode of production is both stable and adaptable.
That being said, speciation, the evolutionary process by which new species arise, is a fact proven by the fossil record. Like the fossil record, human history also shows that over time the various modes of production become extinct to be replaced by new ones. The Slave System was succeeded by the Feudal System, which was succeeded by Capitalist System. Just as species evolve so do modes of production.
While I don’t know when capitalism’s successor will arise this analogy gives me hope that it can happen. Hopefully Providence will allow me to see it occur in my lifetime.
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