Thanks for your reply. To lay my cards on the table, I have a set of
limitative results concerning spontaneous self-organization in
dynamical systems of a certain type, namely ones whose laws are
causally local and symmetric in space and time. For simplicity,
however, the theorems are framed in the context of cellular automata.
The main results are roughly that:
1. In such a dynamical system, "irregular" (non-self-similar)
structures have high information content
2. For any dynamical system, structures with high info. content
cannot be produced much more readily there than in a completely random
system of the same size.
(These results only hold, of course, for closed or "quarantined"
systems with a random initial state.)
From your words:
> The intellectual property transfer language from
> Innocentive pertains mainly to narrower projects, like polymers with
> specific properties.
I infer that there could be no transfer of such a collection of
theorems. I've never heard of anyone selling a theorem! Can you
confirm this?
I realize that these theorems, if correct, achieve the opposite of the
task set. But you do mention that such work might qualify for the
prize anyway. The language of the theorems is rather different from
yours, on the other hand, as I can do nothing with the (rather vague)
concept of "innovation". It does seem to me that the examples of
innovation you cite all require irregular structures (in my sense) so
that crystals for example aren't innovations. In that case, the
(opposite of the) result you seek would be a consequence of my
theorems.
> In the strong version of panspermia, OEEI-QS is considered
> forbiddingly unlikely.
Right. Not impossible, but very unlikely, having something like the
probability of the object being assembled by a purely random process.
We (and Kurt Goedel) agree on that.
If you think my paper might be of interest to you, then I can send
it. At the least it's always a pleasure to discuss things with
someone who might be sympathetic.