Hmm. Since the authors themselves did not do that, asking me to do that is a bit like asking the fox to guard the hen house isn't it?

You're really going to let ME stick words in THEIR mouth like that?
I think you're applying a different definition than one I'm used to- I certainly don't think that the scientists from the study would be comfortable with the leaps you're making. :]
That would include "intelligently designed" behaviors then, and frankly I'm quite comfortable with that inclusion because I believe DNA *IS* intelligently designed. Either way, it's a sign of intelligence (real time or in the design) IMO.
That's like saying "I found a robot with legs, therefore legs must have been intelligently designed." Neural networks and learning programs were explicitly modeled after biology.
I would certainly consider ants to be intelligent. They even 'herd' aphids to gather food, much like humans herd cattle. Ants have extremely sophisticated social structures that include a division of labor. I have NO trouble believing that ants are intelligent.
See, I wouldn't consider these behaviors intelligent in the slightest. Complex and complicated, sure, incredibly well adapted, ok, but they don't vary by species. At some level they're just programmed in. What I find more interesting about ant colonies is the way that they use simple parts to come up with intelligent solutions, such as pathway optimization. One example is ant colony optimization:
Ant colony optimization algorithms - Wikipedia, the free encyclopedia
Kind of a cool thing that produces complex, 'intelligent' behaviors, but each ant is following a simple set of rules.
I would call any type of "goal oriented software" an example of an 'intelligent design'.
I would not- in our example with ants, the ants are following a simple set of rules that leads to an emergent intelligence. But this does not mean the ants themselves are intelligent, nor does it mean that there was a leader of some sort telling them what to do.
If you're arguing that single cells are not actually 'intelligent' because DNA is actually 'intelligently designed', doesn't that ultimately prove my original point, it's one or the other or both?
The paper was not about single cells, it was about networks of cells. I'm arguing that single cells are not intelligent, that DNA doesn't code for intelligence, but that networks of relatively simple interacting parts can give rise to more complex behaviors without outside interference or direction.