作者: Mark G. Bason , Matthieu Viteau , Nicola Malossi , Paul Huillery , Ennio Arimondo
DOI: 10.1038/NPHYS2170
关键词: Quantum error correction 、 Quantum network 、 Quantum sensor 、 Quantum information 、 Quantum channel 、 Quantum mechanics 、 Quantum technology 、 Open quantum system 、 Physics 、 Quantum process 、 Statistical physics
摘要: Transforming a quantum system with high fidelity is usually trade-off between an increase in speed—thereby minimizing decoherence—and robustness against fluctuating control parameters. Protocols at these two extreme limits are now demonstrated and compared using Bose–Einstein condensates optical traps.