Researchers have introduced cutting-edge imaging and quantum control methodologies with broad impact. Nanjing University scientists developed a dual-frequency angular-multiplexed fringe projection system enhanced by AI for ultrafast structured-light 3D imaging, overcoming previous hardware constraints. University of Chicago engineers demonstrated protein-based qubits in living cells, challenging conventional assumptions about biological quantum coherence. In quantum optics, manipulation of entangled states using noncommutative metasurfaces opens new pathways in quantum information science.