The Meme Machine
TheMemeMachine1999
TheMemeMachine1999
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28 THE MEME MACHINE<br />
human race’ (Basalla 1988). In true Darwinian fashion he sees technology as<br />
developing only from the present situation with very limited specific goals and<br />
suggests we discard the entire illusion of technological progress. But I would<br />
add here another word of caution concerning the word ‘progress’. <strong>The</strong> word can<br />
be used in at least two different ways. One implies progress towards some goal<br />
or objective; the other implies only increasing design, increasing complexity, or<br />
any kind of continuous development without a particular goal or end point built<br />
in. Basalla, like Gould, throws out both kinds of progress. I would throw out<br />
only the first. Today’s technology is far more sophisticated and complex than<br />
that of 10000 years ago, and that is progress of the second kind. But, there is no<br />
progress towards some predetermined or ultimate goal. We did not have to go<br />
from stone axes to fax machines – we did have to go from stone axes to<br />
something more specialised, more designed and more improbable. In Dennett’s<br />
terminology, there has been ever more exploration of the Design Space of<br />
possible artefacts. In Dawkins’s terminology, technology has been slowly<br />
climbing its own Mount Improbable. This is technological progress, if not<br />
progress towards anything in particular.<br />
So why do we have fax machines? Why Coca Cola cans and wheelybins?<br />
Why Windows 98 and felt-tip pens? I want answers to these specific questions.<br />
‘Because we want them’ is not a sufficient answer. ‘Because we need them’ is<br />
clearly untrue. If we want to understand how the fantastic complexity of our<br />
technological world came about it is not enough just to say that technology<br />
evolves, without providing a mechanism. In later chapters I shall explain how a<br />
memetic approach can help.<br />
Scientific ideas also evolve and there have been many theories that attempt to<br />
explain them. <strong>The</strong> influential philosopher Karl Popper, in one of his best known<br />
contributions to the philosophy of science, suggested that scientific knowledge is<br />
gained by the falsification of hypotheses, not by accumulating proof or evidence<br />
for theories. Science can then be seen as a competitive struggle between rival<br />
hypotheses in which only some survive.<br />
Popper also applied Darwinian thinking in this three ‘cosmic evolutionary<br />
stages’: World 1 is the world of physical objects such as trees, tables and human<br />
bodies; World 2 is the world of subjective experiences including feelings,<br />
emotions and consciousness; and World 3 is the world of ideas; of language and<br />
stories, works of art and technology, mathematics and science. World 3 is<br />
largely autonomous, even though created by us (Popper 1972), and its contents<br />
have effects on the other worlds by a kind of downward causation. So, for<br />
example, scientific theories may appear as World 1 objects (the scientist, the