“Liquid crystal memory technology, characterized by low cost, large area, high speed, and high-density memory, has evolved from a scientific curiosity to a technology applied in various commodities. In this study, researchers utilized molybdenum disulfide (MoS2) nanoflakes as the guest in a homotropic liquid crystal host to modulate the overall memory effect of the hybrid. The incorporation of a mass fraction of 0.1% 2 μm MoS2 nanoflakes into the liquid crystal host significantly reduced the refreshing memory behavior in the hybrid to 94.0 s under an external voltage of 5 V, laying a foundation for the construction of high-speed, high-density memory systems.”