In oscillatory rheology experiments, optimized hybrid hydrogels show a solid-like, elasticdominant behavior, with storage modulus values (G') higher than the loss modulus (G") throughout the frequency range studied. This confirmed the existence of a well-structured network with durable internal interactions. However, it is also common to observe that hybrid hydrogels exhibit a liquid-like character at low frequencies with G' values lower than G" values while at higher frequencies the storage modulus becomes greater than the loss one, indicating the formation of an elastic network. This