Contributions to the Quantum Optics of Multi
... On the other hand, if I have been any productive at all during my visits to foreign research centres, it is because I’ve been lucky enough to collaborate with some of the nicest people that I have ever met, and who of course I consider now my friends. I owe so much to Inés de Vega and Diego Porras, ...
... On the other hand, if I have been any productive at all during my visits to foreign research centres, it is because I’ve been lucky enough to collaborate with some of the nicest people that I have ever met, and who of course I consider now my friends. I owe so much to Inés de Vega and Diego Porras, ...
Quantum Information Processing - wolfgang
... preselected simple quantum alternative corresponding to orthonormal state vectors, usually denoted |0i and |1i . • The possible (pure) states of such an n-qubit register correspond to the (normalized) complex linear combinations of the elements (1.5) of the computational basis. • ‘Simple’ quantum co ...
... preselected simple quantum alternative corresponding to orthonormal state vectors, usually denoted |0i and |1i . • The possible (pure) states of such an n-qubit register correspond to the (normalized) complex linear combinations of the elements (1.5) of the computational basis. • ‘Simple’ quantum co ...
Review on Nucleon Spin Structure
... in the presence of a massive proton from a ED Lagrangian with electron and proton and found that indeed the time translation operator and the Hamiltonian are different, exactly as we obtained phenomenologically before. ...
... in the presence of a massive proton from a ED Lagrangian with electron and proton and found that indeed the time translation operator and the Hamiltonian are different, exactly as we obtained phenomenologically before. ...
Quantum nonlocality
... •In classical physics one can try to “individuate” absolutely identical objects by considering their locations in space and time. •This is not possible in quantum physics since in it trajectories are meaningless.This has led some philosophers to claim that quantum particles cannot be considered as i ...
... •In classical physics one can try to “individuate” absolutely identical objects by considering their locations in space and time. •This is not possible in quantum physics since in it trajectories are meaningless.This has led some philosophers to claim that quantum particles cannot be considered as i ...
Algebraic Quantum Field Theory on Curved Spacetimes
... consider four-dimensional spacetimes. However, most notions and results can be formulated and obtained for Lorentzian spacetimes with a dimension d differing from four and we will try to point out how the spacetime dimension affects them whenever it seems interesting and possible. We will follow the ...
... consider four-dimensional spacetimes. However, most notions and results can be formulated and obtained for Lorentzian spacetimes with a dimension d differing from four and we will try to point out how the spacetime dimension affects them whenever it seems interesting and possible. We will follow the ...
Long distance coupling of a quantum mechanical oscillator to the
... through spin-squeezing [25]. Alternatively, manipulation and state-selective detection on the level of single quanta is possible using techniques of Rydberg blockade [26]. Here we show that long-distance coupling of a mechanical oscillator to the internal states of an atomic ensemble is possible. We ...
... through spin-squeezing [25]. Alternatively, manipulation and state-selective detection on the level of single quanta is possible using techniques of Rydberg blockade [26]. Here we show that long-distance coupling of a mechanical oscillator to the internal states of an atomic ensemble is possible. We ...
Embedding Quantum Simulators Roberto Di Candia
... mapped onto an enlarged Hilbert space in a nontrivial way. Via this embedding, we are able to retrieve, by measuring few observables, quantities that generally require full tomography in order to be evaluated. Moreover, we pay a special attention to the experimental feasibility, defining mappings wh ...
... mapped onto an enlarged Hilbert space in a nontrivial way. Via this embedding, we are able to retrieve, by measuring few observables, quantities that generally require full tomography in order to be evaluated. Moreover, we pay a special attention to the experimental feasibility, defining mappings wh ...
Development of semi-classical and quantum tools for the
... electron devices will have less than 10 nanometers of channel length and they will work at THz frequencies. The scientific community has done an important effort to provide reliable simulations tools for studying the DC behavior of state-of-the-art nanoscale devices. Some of the common classical and ...
... electron devices will have less than 10 nanometers of channel length and they will work at THz frequencies. The scientific community has done an important effort to provide reliable simulations tools for studying the DC behavior of state-of-the-art nanoscale devices. Some of the common classical and ...
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 ...