Quantum and Atom Optics 来自 mendeley.com 喜欢 0 阅读量: 811 作者: DA Steck 摘要: A quantum system can undergo tunnelling even without a barrier to tunnel through. The latest experiments visualize this process in exquisite detail, completely reconstructing the state of the evolving system. ...
Steck, Daniel Adam.The University of Texas at Austin.D. A. Steck. Quantum chaos, transport, and decoherence in atom optics. PhD thesis, The university of Texas at Austin., 2001.Quantum chaos, transport, and decoherence in atom optics - Steck - 2001 () Citation Context ...or signal to ...
quantum optics/ broadened sidebandsone atomoptical cavityquantum mechanical master equationsingle two-level atomThe quantum mechanical master equation for a single two-level atom in a single-mode optical cavity is numerically solved in both the quantum and the semiclassical limits. The quantum limit ...
Atom RSS Feed Quantum physics is the study of matter and energy at its most fundamental level. A central tenet of quantum physics is that energy comes in indivisible packets called quanta. Quanta behave very differently to macroscopic matter: particles can behave like waves, and waves behave as...
Denote settings of measurement devices as 𝜃θ and 𝜙ϕ, respectively. In quantum optics, these are angles of orientations of polarization beam splitters. However, we consider more general situation with an attitude to clarify signaling in experiments with cognitive systems in the process of ...
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physicsquantum-mechanicsspectroscopyrydbergquantum-physicsatomic-physicselectrometryatom-light UpdatedJul 21, 2023 Jupyter Notebook Types and operations for basis represented by bits in linear algebra. julialinear-algebramathematicsquantum-physics UpdatedAug 13, 2024 ...
W. SimpsonM. D. HoogerlandPhysicsS. Wayper, M. Sadgrove, W. Simpson, and M. D. Hoogerland, Atom optics kicked rotor: experimental evidence for a pendulum description of the quantum resonance, preprint (2005), arXiv:quant-ph/0504219v1....
single atom. To run a quantum computer, we need to manipulate individual qubits and perform entangling operations on pairs of qubits. Once we can perform such single-qubit and two-qubit “quantum gates” with sufficient accuracy, and measure and initialize the qubits as well, then in principle...
Quantum technology is beginning to manifest in applications such as true random number generation, quantum key distribution for secure communication, and teleportation to mention a few. The basic principles of quantum mechanics are being employed for achieving quantum tasks otherwise not possible through ...