MicroCloud Hologram Inc. has announced a groundbreaking multi-qubit quantum state sharing scheme designed to efficiently utilize quantum resources. The innovative approach, featuring a "one-time distribution + one-time recycle" mechanism, enables the collaborative recovery of multiple multi-qubit states, significantly enhancing resource efficiency. The scheme employs hyper-entangled state multiplexing technology, allowing a single photon to carry 3 qubits of information and improving resource efficiency threefold. An adaptive measurement strategy further optimizes data collection by reducing measurements by 30% and minimizing errors. With a distributed reconstruction algorithm, processing time increases linearly with the number of states, bypassing traditional complexity challenges. These advancements are expected to drive quantum computing from theoretical exploration to practical engineering applications. The results, which were successfully demonstrated in a photonic system, will be presented in future scientific forums as MicroCloud continues to tackle challenges related to high-dimensional entangled state preparation and quantum-classical interface bandwidth limitations.