Building the Quantum Internet Converge Digest tracks the technologies enabling quantum computing, quantum networking and quantum-secure communications—from photonic processors and quantum memories to distributed quantum systems, networking protocols and emerging commercial deployments. |
Technology Pillars Quantum Computing ›Quantum Networking ›Quantum Security ›Quantum Photonics ›Quantum Memory ›QKD ›Quantum Repeaters ›Post-Quantum Crypto › |
Key Players IonQ ›PsiQuantum ›QuiX Quantum ›Quantinuum ›IBM Quantum ›Google Quantum AI ›Infleqtion ›Q-CTRL › |
| Tracking: Logical Qubits • Fault Tolerance • Error Correction • Photonic Qubits • Distributed Quantum Computing • Quantum Internet • Quantum Data Centers • Quantum AI |
Researchers at Nippon Telegraph and Telephone Corporation (NTT) and the University of Toronto are proposing all-photonic quantum repeaters for long-distance quantum communication. If achieved, such devices would disprove the necessity...
An international team of researchers led by professor Roberto Morandotti of INRS-EMT in Canada announced a new method to achieve a different type of photon pair source that fits into...
Google is collaborating with the University of California Santa Barbara to design and build new quantum information processors based on superconducting electronics. The research brings together Google's Quantum Artificial Intelligence...
Nippon Telegraph and Telephone Corp. (NTT), the Paul-Drude-Institute (PDI; Germany), and the Naval Research Laboratory (NRL: USA) have cooperatively developed a novel quantum dot (artificial atom) and used it to...
NTT, in partnership with Japan's National Institute of Informatics and Osaka University, announced a new approach in the development of a long-lived quantum memory that could be used in quantum...
Toshiba Research Europe, BT, ADVA Optical Networking and the National Physical Laboratory (NPL), the UK’s National Measurement Institute, have tested Quantum Key Distribution (QKD) technology over a live fibre network....
Researchers at NTT have developed a quantum buffer on an optical waveguide that takes advantage of the "slow light effect:, where the propagation speed of a pulsed light in a...
Georgia Institute of Technology reported a milestone a quantum network milestone: entangling light with an optical atomic coherence composed of interacting atoms in two different states. Researchers developed a state-intensive...
Researchers at the RIKEN Advanced Science Institute (ASI) and NEC Smart Energy Research Laboratories have demonstrated coherent quantum phase slip (CQPS) in a narrow superconducting wire of indium-oxide (InOx). The...
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