Programmable architecture for quantum computing Jialin Chen, Lingli Wang, Edoardo Charbon,
... here quantum logic inputs and outputs are restricted in QRCs. Moreover, by using qubus to design an optimal scheme for dynamic cluster-state generation, we will show that our architecture is feasible as the error probability is below 10−2 , which is an accepted threshold of the MBQC. This paper is ...
... here quantum logic inputs and outputs are restricted in QRCs. Moreover, by using qubus to design an optimal scheme for dynamic cluster-state generation, we will show that our architecture is feasible as the error probability is below 10−2 , which is an accepted threshold of the MBQC. This paper is ...
Why Physicists are still Important.
... interaction between system and environment, then this will increase the generation of entanglement, leading to greater decoherence 2. Chaos within the bath degrees of freedom will generate intra-bath entanglement, which can act to ...
... interaction between system and environment, then this will increase the generation of entanglement, leading to greater decoherence 2. Chaos within the bath degrees of freedom will generate intra-bath entanglement, which can act to ...
Nature template - PC Word 97
... nearby quantum point contact (QPC) is capacitively coupled to the quantum dot and used as a detector for real-time counting of the number of transferred electrons during transport: when operated at a conductance step edge, the QPC current is highly sensitive to the presence of localized electrons on ...
... nearby quantum point contact (QPC) is capacitively coupled to the quantum dot and used as a detector for real-time counting of the number of transferred electrons during transport: when operated at a conductance step edge, the QPC current is highly sensitive to the presence of localized electrons on ...
Superconductivity and Charge Order of Confined Fermi Systems
... Studies of the interplay of spatial inhomogeneity and superconductivity have a long history. A seminal early result was Anderson’s realization1 that although the breaking of translation invariance by disorder renders momentum no longer a good quantum number, pairing still occurs between appropriatel ...
... Studies of the interplay of spatial inhomogeneity and superconductivity have a long history. A seminal early result was Anderson’s realization1 that although the breaking of translation invariance by disorder renders momentum no longer a good quantum number, pairing still occurs between appropriatel ...
Exact numerical simulations of strongly interacting atoms in 1D trap
... much been applied to or have not been applied at all. Of interest are in particular the quasi-one-dimensional Bose- (and Fermi-) gases in periodic lattice systems and in trap potentials at low temperature. Especially for inhomogeneous systems with strong interaction appropriate numerical methods are ...
... much been applied to or have not been applied at all. Of interest are in particular the quasi-one-dimensional Bose- (and Fermi-) gases in periodic lattice systems and in trap potentials at low temperature. Especially for inhomogeneous systems with strong interaction appropriate numerical methods are ...
- Philsci
... At stages 3 and 4 the particles are separated (reversibly) by a semipermeable partition according to the measurements’ outcomes, in such a way that by the end of stage 4 their spins get correlated to their positions. The coupling between the spin and position is brought about by ‘opening’ the boxes ...
... At stages 3 and 4 the particles are separated (reversibly) by a semipermeable partition according to the measurements’ outcomes, in such a way that by the end of stage 4 their spins get correlated to their positions. The coupling between the spin and position is brought about by ‘opening’ the boxes ...
Creation and manipulation of entanglement in spin chains far from
... and is now shared by Alice, Bob and Charlie (the entries of the state vectors are given in this order). State (11) is a tripartite entangled state with similarity to a W -state [24,25], except for the weighting factors. It represents the different quantum coherent histories, i.e. outcome possibilitie ...
... and is now shared by Alice, Bob and Charlie (the entries of the state vectors are given in this order). State (11) is a tripartite entangled state with similarity to a W -state [24,25], except for the weighting factors. It represents the different quantum coherent histories, i.e. outcome possibilitie ...
Unifying Classical and Quantum Key Distillation
... (i) the ones based on classical key distillation [13] and (ii) the ones based on quantum communication or entanglement measures [14]. The unified scenario that we develop does not stop at an evaluation of the key rate but lets us investigate intricate connections between the two extremes. We challen ...
... (i) the ones based on classical key distillation [13] and (ii) the ones based on quantum communication or entanglement measures [14]. The unified scenario that we develop does not stop at an evaluation of the key rate but lets us investigate intricate connections between the two extremes. We challen ...
Bridging scales in nuclear physics
... A fundamental tool that is used in the NCSM and that is utilized extensively in this thesis is the second quantization formalism. This framework is based on the concepts of Fock space and creation and annihilation operators. A fermionic single-particle (sp) state is denoted |αi, where α is a set of ...
... A fundamental tool that is used in the NCSM and that is utilized extensively in this thesis is the second quantization formalism. This framework is based on the concepts of Fock space and creation and annihilation operators. A fermionic single-particle (sp) state is denoted |αi, where α is a set of ...
Circuit QED: Superconducting Qubits Coupled to
... lines.] In addition to these standard circuit elements, there is one special element in superconducting circuits, the Josephson tunnel junction. We will be learning more about superconductivity and Josephson junctions later, but for now we simply note the following. With capacitors and inductors we ...
... lines.] In addition to these standard circuit elements, there is one special element in superconducting circuits, the Josephson tunnel junction. We will be learning more about superconductivity and Josephson junctions later, but for now we simply note the following. With capacitors and inductors we ...
