How to plant a Seed (I)

In  The Diamond Age there is the Feed and, towards the end, appears the Seed.

There are, not as many as I expected, but many places where this Seed idea of Neal Stephenson is discussed. Most of them discuss it in relation to the Chinese  Ti yong  way of life, following the context where the author embeds the idea.

Some compare the Seed idea with open source.

For me, the Seed idea becomes interesting when is put together with distributed, decentralized computing. How to make a distributed Seed?

If you start thinking about this, it makes even more sense if you add one more ingredient: the Internet of Things.

Imagine a small, inactive, dormant, virtual thing (a Seed) which is planted somewhere in the fertile ground of  the  IoT. After that it becomes active, it grows, becomes a distributed, decentralized computation. Because it lives in the IoT it can have effects in the physical world, it can interact with all kinds of devices connected with the IoT, thus it can become a Seed in the sense of Neal Stephenson.

Chemlambda is a new kind of  artificial chemistry, which is intended to be used in distributed computing, more specifically in decentralized computing.  As a formalism it is a variant of graphic lambda calculus, aka GLC.  See the page  Distributed GLC for details of this project.

So, I am thinking about how to plant a chemlambda Seed. Concretely, what could pass for a Seed in chemlambda and in what precise sense can be planted?

In the next post I shall give technical details.

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