Contacts Relevant Writings Back to Streams
Brief Introduction
The operational logic of modern computers is binary and hence inescapably rationalistic, working upon definitive bytes of information that
exclude receptive space. There is no way, based on this logic, that ‘artificial intelligence’ can ever more than superficially and
partially simulate ‘natural intelligence’, which is inclusional, working with dynamic relational information. This is an important
distinction to be aware of when taking into account both the limitations and possibilities of artificial intelligence and recognising how
this cannot and must not supersede what comes naturally if we are not to become Cybermen. The speed and precision of operation of
artificial intelligence may be a useful aid to natural intelligence in the short term, but cannot cater for evolutionary possibility in
the long run.
Whereas computer logic is binary, computing logic need not be. Notwithstanding its abuses, the development of the Internet is in many
ways a very remarkable example of inclusional logic in practice, enabling the bringing into communion of a vast variety of people and
their diverse experiences and understandings in a way that can bring about rapid and radical cultural transformation. But, ironically,
the logic used to analyse this transformational potential, by way of the explicit mappings and trappings of modern ‘network theory’ is
profoundly rationalistic and so falls far short of appreciating the possibilities. Only when the Net is understood as a continuous
communion, a fluid dynamic labyrinth of branching, anastomosing channels, not a contiguous web of discrete hubs joined up by threads,
will its true potential be realised.
Contacts
Relevant Writings
- Tesson, K.J. (2006) Dynamic networks: an interdisciplinary study of network organization in biological and human social system.
PhD Thesis, University of Bath.
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