I propose experimentally quantify the impact of thermal maturity on the measurements of dielectric constant of kerogen. I would use a previously developed numerical simulator to evaluate the sensitivity of kerogen wettability on the electrical measurements (electrical resistivity and dielectric constant) of organic-rich mudrocks. The synthetic pore scale rock in numerical simulation is synthetically saturated by assigning different wettability conditions to kerogen at different thermal maturities. The sensitivity of resistivity measurements to wettability of kerogen is then quantified. The model also takes into account the variation in resistivity of pure kerogen with change in thermal maturity. This task will be used to evaluate objective V and verify hypothesis IV. method for isolating kerogen from two formations (named A and B). Figure shows examples of isolated kerogen powder and a kerogen pellet.