As Quantum Key Distribution (QKD) technology approaches maturity, the scientific community is now turning its attention to more advanced applications of quantum networks at metropolitan and international scales, such as distributed/delegated quantum computing and quantum sensor networks, requiring end-to-end entanglement of qubits, quantum memories, and varying degrees of fault tolerance. To make a leapfrogging advance, the co-existence of upcoming quantum networks with classical networks is also becoming more focal, with a significant impact at the physical level (i.e., the sharing of a telco fiber or rack space in an exchange point) and from a logical perspective (i.e., the integration with control/management planes of an Internet Service Provider or the interplay with classical jobs to be executed in a High-Performance Computing infrastructure). In this panel, we will discuss the research and development trends currently occupying the top positions of the priority list to make the Quantum Internet a real thing, with a tangible impact on industry, science, and society.