After today, I’m even more interested in the stent “angle.” Here is a pic of some “revolutionary” stent designs from Medtronic. I know we seemed to prefer the triangular bridge to the mesh bridge, but “mesh” has some interesting connections to mesh networks - see for instance Jonah Brucker Cohen’s ad hoc network of umbrella transmitters. http://wikibin.org/articles/umbrella.net.html. Is there a way that the pedestrian and cyclists become an unwitting collaborative mesh network to trigger certain displays?
Also, in relation to the picture Medtronic stent, see Sabrina Raaf’s meander designs - http://www.raaf.org/projects.php?pcat=2&proj=24 - which are based on  relatively recent algorithm for how river meanders are formed. She uses this meander patter to create a screen material for growing plants.
Both Raaf’s meander (river flow) and the sinous stent mesh could be interesting “screens” for the camponile?

After today, I’m even more interested in the stent “angle.” Here is a pic of some “revolutionary” stent designs from Medtronic. I know we seemed to prefer the triangular bridge to the mesh bridge, but “mesh” has some interesting connections to mesh networks - see for instance Jonah Brucker Cohen’s ad hoc network of umbrella transmitters. http://wikibin.org/articles/umbrella.net.html. Is there a way that the pedestrian and cyclists become an unwitting collaborative mesh network to trigger certain displays?

Also, in relation to the picture Medtronic stent, see Sabrina Raaf’s meander designs - http://www.raaf.org/projects.php?pcat=2&proj=24 - which are based onĀ  relatively recent algorithm for how river meanders are formed. She uses this meander patter to create a screen material for growing plants.

Both Raaf’s meander (river flow) and the sinous stent mesh could be interesting “screens” for the camponile?