Hi, when we assume a obejct with increasing dynamics with increasing temperature, the longitudinal relaxation time T1 should decrease. Since we have, lets say at a frequency 100 MHz , more fluctuations of B0. Ok, then the transversal relaxation time T2 must increase with increasing temperature, right? Because T2 depends on the spectral density at j(0) (zero frequency). so when there is a increasing dynamic, the zero-frequency-motion-ometer (=T2) must decrease. Is it right? I know there is also a j(100MHz) contribution within T2, but lets assume thats negligible. Thanks a lot, sorry for bad english!