Two Provers in Isolation
... while the provers are isolated. The research by Cleve, Høyer, Toner and Watrous [CHTW04] is the main inspiration of the current paper. They have established some relations between Two-Prover Interactive Proofs and so called “non-locality games”. More precisely, they showed that certain languages hav ...
... while the provers are isolated. The research by Cleve, Høyer, Toner and Watrous [CHTW04] is the main inspiration of the current paper. They have established some relations between Two-Prover Interactive Proofs and so called “non-locality games”. More precisely, they showed that certain languages hav ...
Non-relativistic limit in the 2+ 1 Dirac Oscillator: A Ramsey
... This paper is organized as follows: in Sect. II, we review the properties of the two-dimensional Dirac oscillator and the exact mapping onto an AJC Hamiltonian. In Sect. III the non-relativistic limit is considered from a Quantum Optics perspective, which allows the prediction of a novel kind of Zit ...
... This paper is organized as follows: in Sect. II, we review the properties of the two-dimensional Dirac oscillator and the exact mapping onto an AJC Hamiltonian. In Sect. III the non-relativistic limit is considered from a Quantum Optics perspective, which allows the prediction of a novel kind of Zit ...
Criticality at the Haldane-insulator charge-density
... spin-density-wave and bond-order-wave ground states existing in the pure EHM below a critical ratio of nearestneighbor (V ) to intrasite (U ) Coulomb interaction. The HI manifests the twofold degeneracy of the lowest entanglement level and, regarding the dynamical spin/density response, reveals a si ...
... spin-density-wave and bond-order-wave ground states existing in the pure EHM below a critical ratio of nearestneighbor (V ) to intrasite (U ) Coulomb interaction. The HI manifests the twofold degeneracy of the lowest entanglement level and, regarding the dynamical spin/density response, reveals a si ...
Decoherence of a Quantum Bit Circuit
... recent years, following recent propositions for quantum machines. If no quantum-classical frontier indeed exists between the microscopic world and the macroscopic one, quantum machines could indeed take advantage of the richness of quantum physics for performing specific tasks more efficiently than ...
... recent years, following recent propositions for quantum machines. If no quantum-classical frontier indeed exists between the microscopic world and the macroscopic one, quantum machines could indeed take advantage of the richness of quantum physics for performing specific tasks more efficiently than ...
Read PDF - Physics (APS) - American Physical Society
... can further perturb the system [1]. In optomechanics [2], coherent light fields serve as the intermediary between the fragile mechanical states and our inherently classical world by exerting radiation pressure forces and extracting mechanical information. Here, we engineer a microwave cavity optomec ...
... can further perturb the system [1]. In optomechanics [2], coherent light fields serve as the intermediary between the fragile mechanical states and our inherently classical world by exerting radiation pressure forces and extracting mechanical information. Here, we engineer a microwave cavity optomec ...
slides
... atoms. In its ground state, calcium 40 has two valence electrons outside a closed shell with their spins oppositely aligned, so that the total angular momentum (spin plus orbital) of this state is ...
... atoms. In its ground state, calcium 40 has two valence electrons outside a closed shell with their spins oppositely aligned, so that the total angular momentum (spin plus orbital) of this state is ...
Aggregation Operations from Quantum Computing
... In QC, the qubit is the basic unit of information, being the simplest quantum system, defined by a state vector, unitary and bi-dimensional, generally described, in the notation of Dirac [21], by the expression |ψi = α|0i + β|1i. ...
... In QC, the qubit is the basic unit of information, being the simplest quantum system, defined by a state vector, unitary and bi-dimensional, generally described, in the notation of Dirac [21], by the expression |ψi = α|0i + β|1i. ...
- Nottingham ePrints
... QOLS, Blackett Laboratory, Imperial College London, London, SW7 2AZ, UK ...
... QOLS, Blackett Laboratory, Imperial College London, London, SW7 2AZ, UK ...
Atomic Structure Institute of Lifelong Learning, University of Delhi
... conception of electrons as particles. ...
... conception of electrons as particles. ...
Ten Years of Spin Hall Effect
... that the coupling to the external field, while formally similar to the coupling in vacuum, is six orders of magnitude larger and has the opposite sign! Clearly a strong spin–orbit interaction with the nuclei of the periodically arranged atoms (the same interactions that lead to the 0.34 eV gap betwe ...
... that the coupling to the external field, while formally similar to the coupling in vacuum, is six orders of magnitude larger and has the opposite sign! Clearly a strong spin–orbit interaction with the nuclei of the periodically arranged atoms (the same interactions that lead to the 0.34 eV gap betwe ...
Gravity and the quantum vacuum inertia hypothesis
... implying a minimum energy of ω/2. This can be viewed as a consequence of the Heisenberg uncertainty principle. The radiation field is quantized by associating each mode with a harmonic oscillator [4]. This implies that there should exist a ground state of electromagnetic quantum vacuum, or zero-poin ...
... implying a minimum energy of ω/2. This can be viewed as a consequence of the Heisenberg uncertainty principle. The radiation field is quantized by associating each mode with a harmonic oscillator [4]. This implies that there should exist a ground state of electromagnetic quantum vacuum, or zero-poin ...
