This work introduces the concept of a metasurface disk (meta-disk) to enhance optical holographic storage capacity using uncorrelated structural twist. A physical twisted neural network (TDNN) describes the meta-disk's optical behavior, enabling the storage of numerous high-fidelity images through internal structural multiplexing. Experimental demonstration using Pancharatnam-Berry metasurfaces and 3D printing showcases the potential for next-generation optical storage, display, encryption, and analog computing.
