For metal halide perovskites, are the carrier lifetimes extrapolated from time-resolved photoluminescence and transient absorption comparable? If not, what specific carrier processes they represent?
I am not so familiar with these materials, but in general they should be the same. Both are measurements of the excited state lifetime, and include contributions from radiative and nonradiative processes.
If the same excited state is populated (and thermally equilibrated), and neither is influenced by materials defects, then they should in principle be the same!