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Quantum coherence, entanglement, and Bell correlations are essential resources for future quantum technologies, including quantum communication, computation, simulation, and metrology. A main challenge is the generation, storage, characterization, and effective utilization of large-scale many-body quantum correlations. In this talk, we will discuss recent theoretical tools for the characterization of many-body quantum resources and present experimental protocols for their generation. Finally, we will introduce a quantum state tomography protocol enhanced by deep learning techniques to achieve efficient density matrix reconstruction from a limited number of measurements, thereby enabling the certification of quantum resources.