Large time convergence for a chemotaxis model with degenerate local sensing and consumption

Convergence to a steady state in the long term limit is established for global weak solutions to a chemotaxis model with degenerate local sensing and consumption, when the motility function is C^1-smooth on [0, $\mathrm{\infty }$), vanishes at zero, and is positive on (0, $\mathrm{\infty }$). A condition excluding that the large time limit is spatially homogeneous is also provided. These results extend previous ones derived for motility functions vanishing algebraically at zero and rely on a completely different approach.