 The investigators will assess an advanced non-Gaussian diffusion-weighted imaging DWI model termed diffusion kurtosis imaging, multi-echo T2 mapping, dynamic contrast-enhanced DCE MRI using a motion-robust high-temporal and high-resolution radial acquisition scheme employing compressed sensing, and simultaneously acquired 18-fluoro 18F- fluorodeoxygluclose FDG data. Preliminary data demonstrates the investigators ability to execute and evaluate all of these techniques at the investigators center. The investigators hypothesize that these techniques will be sensitive to functional and metabolic differences between subsets of bladder cancer cases and will improve upon the performance of current imaging protocols in bladder cancer characterization. Moreover, the investigators believe that these techniques will provide complementary information, such that they may be combined in a synergistic fashion for bladder cancer evaluation. 