Quantum internet Conferences and Events

The quantum internet is a proposed network infrastructure that would distribute quantum states and entanglement between distant nodes. Unlike the classical internet, a quantum internet would support tasks such as entanglement-based communication, distributed quantum computing, quantum-secure links, remote sensing networks, and quantum teleportation protocols. It requires quantum memories, repeaters, single-photon sources, detectors, transducers, network control, and integration with classical communication layers.

The quantum internet matters because many quantum technologies become more powerful when they can be connected. Distributed quantum processors could share entanglement, sensors could operate in coordinated networks, and secure communication could move beyond point-to-point links. Key challenges include photon loss, memory lifetime, entanglement purification, repeater architecture, wavelength conversion, synchronization, routing, and scalable hardware. The field connects closely to quantum communication, quantum cryptography, and quantum computing.

Conferences on the quantum internet appear in quantum technology, photonics, networking, physics, communications, and nanotechnology programs. Sessions often cover repeaters, memories, network protocols, satellite links, entanglement distribution, and testbeds. Tracking quantum-internet events helps researchers follow the emerging infrastructure for connecting future quantum devices and systems.