The QUANTUM research group is devoted to exploring the relation between computer networks and the emerging quantum computing and communication technologies. This goes both ways. On the one hand, the group seeks to reveal how classical and quantum communications can be integrated within quantum computing systems, down to the chip scale, to enable truly scalable quantum computing architectures. This is embodied in the multi-core and distributed quantum architecture concepts, where quantum processors are connected with quantum-coherent interconnection networks. In this context, our research focuses on both the development of such interconnection network as well as the complete multi-core/distributed quantum computing architecture. On the other hand, the group is also bound to explore the impact of quantum computing on conventional computer networks. Indeed, 6G networks are full of optimization problems (for handovers, resource allocation, etc.) that could be accelerated and greatly optimized thanks to quantum processors. In this context, we will explore how these processors will need to adapt and scale to match the demand of 6G network use cases, and also contribute in the definition of a quantum-ready 6G-and-beyond network architecture.