Originally posted by adam warlock
I can only talk about physics and in that case the answer is an obvious no. I don't know if you know whar dynamical systems are but they are the very definition of pluridisciplinarity/multidisciplinarity/transversality or whatever term people are most fond of. In dynamical systems anything that has a time evolution can be studied. We have physicists, ma ...[text shortened]... rent levels are being found but I think that we can always count on the two methods to coexist.
I think we're talking about a different notion of multi-disciplinarity.
Your notion, deals with the inter-disciplinary use of methods, while I (and perhaps Bosse) were mentioning the interdisciplinary study of some phenomena. The crucial difference is that one deals with methodology while the other deals with the overlapping of subjects. I think that the latter is of huge importance in social sciences while it is perhaps less so in exact sciences (the different nature of the empirical work is probably key here).
To answer Bosse's remark, I'd say that multidisciplinarity, in the latter sense, it is less important in exact sciences where compartimentalization is often possible and the sum of parts is often the whole. In the context of social sciences, compartimentalization is often impossible and therefore the sum of parts severs the links between those parts.
Still, the nature of paper-oriented research makes it very hard and perhaps discourages the coordination needed for such multidisciplinary studies. This is why I think that working under a large umbrella like this project be a way of providing the necessary incentives.