RT @QCommHub: Brilliant work by @QCommHub's @SPirandola! Fundamental limits of repeaterless #quantum #communications @NatureComms https://t…
Brilliant work by @QCommHub's @SPirandola! Fundamental limits of repeaterless #quantum #communications @NatureComms https://t.co/CoEchgtPiK https://t.co/kWNBr5lMFw
Professor Stefano Pirandola's paper can be found here: https://t.co/xGFgQ71vZL @PhysicsatYork #csuoy #YCQT #QuantumCommunications https://t.co/4pplFGXu9H
General benchmarks for quantum repeaters. (arXiv:1512.04945v1 [quant-ph]) https://t.co/atM4YA6RwP #physics
General benchmarks for quantum repeaters. (arXiv:1512.04945v1 [quant-ph]) https://t.co/fVzHQ03Fiw
General benchmarks for quantum repeaters. (arXiv:1512.04945v1 [quant-ph]) https://t.co/fVzHQ03Fiw #optics #photonics
General benchmarks for quantum repeaters. (arXiv:1512.04945v1 [quant-ph]): Using a technique based on... https://t.co/atM4YAosVp #physics
ArXiV: General benchmarks for quantum repeaters. (arXiv:1512.04945v1 [quant-ph]) https://t.co/cjAq6X2YdD
General benchmarks for quantum repeaters. https://t.co/64IzgAvGSO