NMR has revolutionized structure determination and is a technique used in a very wide range of disciplines from biology, chemistry, material science, polymers and biopolymers, to drug design, food science, etc. Although the technique has been around for more than seventy years, it is still in development, both instrumentally with higher magnetic fields, better probes, improving pulse sequences and signal manipulation, and in solid state NMR with higher spinning speeds, and in relation to improving signal to noise ratios. It is the aim to collect a number of contributions covering recent progress both with respect to techniques and to new uses of NMR in its entire range of applications.