Hossenfelder proposes a novel approach to reconcile quantum gravity (QG) and quantum field theory (QFT) by suggesting that gravity can be perturbatively quantized at low energies, while decoupling from matter fields at energies above the Planck scale. This is achieved by treating Planck's constant as a field that undergoes symmetry breaking, allowing for a transition from classical to quantum behavior. The discussion highlights the potential for this theory to yield practical predictions and its resemblance to past ideas in quantum mechanics. However, concerns are raised about the ad hoc nature of the proposed commutation relations and the implications for high-energy states not in thermodynamic equilibrium. Overall, the idea is seen as a promising yet challenging step towards unifying gravity with quantum mechanics.