Abstract:Let x in R^d be a vector and let (p k, g k) in Z^d \times N denote its sequence of best approximationvectors, with respect to some norm. in the case d=1, the properties ofthis sequence for a.e. x are understood via the continued fraction algorithm, and the ergodic theory of this algorithm can be useoto obtain various limit laws such as the generic growth rate of the denominators, the d...
Abstract: Nevanlinna Theory is a theory about meromorphic functions, and it has a good analogy with Diophantine Approximation. This analogy is the source of the idea that we hope to establish Nevanlinna theory on many other mathematical objects