Secure Multi-party Quantum Computation
... some known probability p of suffering a random error, i.e. of becoming completely scrambled. Moreover, errors are assumed to occur independently of each other and of the data in the computation. One can view multi-party computation as fault-tolerant computing with a different error model, one that i ...
... some known probability p of suffering a random error, i.e. of becoming completely scrambled. Moreover, errors are assumed to occur independently of each other and of the data in the computation. One can view multi-party computation as fault-tolerant computing with a different error model, one that i ...
faraday`s field
... context that they were, eventually, used. The electrostatic lines of force, as Faraday had found, were always polar due to the polarization of ‘contiguous particles’ by which the electrostatic forces were transmitted; they always had ‘ends,’ or poles. Conversely, Faraday had found it impossible to s ...
... context that they were, eventually, used. The electrostatic lines of force, as Faraday had found, were always polar due to the polarization of ‘contiguous particles’ by which the electrostatic forces were transmitted; they always had ‘ends,’ or poles. Conversely, Faraday had found it impossible to s ...
104,18415 (2007)
... cannot mix by a weak local external perturbation in the sense that the errors induced by local perturbations are exponentially suppressed ⬃exp(⫺L/), where L is the linear size of the system and is a characteristic length inversely proportional to the excitation gap (3, 4). In the ground state sec ...
... cannot mix by a weak local external perturbation in the sense that the errors induced by local perturbations are exponentially suppressed ⬃exp(⫺L/), where L is the linear size of the system and is a characteristic length inversely proportional to the excitation gap (3, 4). In the ground state sec ...
User Manual - Redbrick
... application can be run on the server, and the graphical output is redirected to the java application. This is very useful when one wants to run graphical programs from a machine that has no graphical output, ie., one can only log into it using a console. The following is an example of how to use the ...
... application can be run on the server, and the graphical output is redirected to the java application. This is very useful when one wants to run graphical programs from a machine that has no graphical output, ie., one can only log into it using a console. The following is an example of how to use the ...
Possible large-N fixed-points and naturalness for O(N) scalar fields
... Department of Mathematical Sciences & Centre for Particle Theory, Durham University, ...
... Department of Mathematical Sciences & Centre for Particle Theory, Durham University, ...
Nuclear Spins in Quantum Dots
... where p and S are operators for momentum and spin, respectively. For any time reversal symmetric (no applied magnetic field) single particle Hamiltonian H sp , Kramers theorem tells that all eigenstates of the total Hamiltonian H = H sp + HSO are doubly degenerate [16, 17]. Non-zero transition ampli ...
... where p and S are operators for momentum and spin, respectively. For any time reversal symmetric (no applied magnetic field) single particle Hamiltonian H sp , Kramers theorem tells that all eigenstates of the total Hamiltonian H = H sp + HSO are doubly degenerate [16, 17]. Non-zero transition ampli ...
Interplay of driving, nonlinearity and dissipation in nanoscale and ultracold atom systems
... are frozen due to a gap larger than the chemical potential in the corresponding excitation spectrum. In some systems, e.g. quantum dots, SQUIDs, flux and charge qubits, only a discrete number of degrees of freedom determine the observables of interest. One refers to such systems as zero-dimensional ...
... are frozen due to a gap larger than the chemical potential in the corresponding excitation spectrum. In some systems, e.g. quantum dots, SQUIDs, flux and charge qubits, only a discrete number of degrees of freedom determine the observables of interest. One refers to such systems as zero-dimensional ...
Stable bounce and inflation in non-local higher derivative
... only be determined if one knows the function around a finite region surrounding the space-time point in question. This property also manifests in the way one is often able to replace the infinite differential equation of motion with an integral equation [11]. The theories however are only mildly non ...
... only be determined if one knows the function around a finite region surrounding the space-time point in question. This property also manifests in the way one is often able to replace the infinite differential equation of motion with an integral equation [11]. The theories however are only mildly non ...
Observation of a resonant four-body interaction in cold cesium
... coupled by dipole-dipole interactions, calculated between the in-field eigenstates of the Rydberg atoms [33]. The final populations, shown in Fig. 3 as the blue dashed curves, are calculated using the density matrix and the experimental peak density and field inhomogeneity. We average the results as ...
... coupled by dipole-dipole interactions, calculated between the in-field eigenstates of the Rydberg atoms [33]. The final populations, shown in Fig. 3 as the blue dashed curves, are calculated using the density matrix and the experimental peak density and field inhomogeneity. We average the results as ...
3. Traditional Models of Computation - UF CISE
... In this article, we survey a variety of aspects of theoretical models of computation, with an emphasis on those modeling issues that are particularly important for the engineering of efficient nano-scale computers. Most traditional models of computing (such as those treated in Savage’s textbook [1]) ...
... In this article, we survey a variety of aspects of theoretical models of computation, with an emphasis on those modeling issues that are particularly important for the engineering of efficient nano-scale computers. Most traditional models of computing (such as those treated in Savage’s textbook [1]) ...
quantum transport phenomena of two
... the famous Moore’s law. At the beginning of microelectronics, transistors, diodes and digital integrated circuits which were typically made from semiconductor materials, emerged. Later on, nanoelectronics, nanotechnology and related disciplines have also appeared. The current study focuses on semico ...
... the famous Moore’s law. At the beginning of microelectronics, transistors, diodes and digital integrated circuits which were typically made from semiconductor materials, emerged. Later on, nanoelectronics, nanotechnology and related disciplines have also appeared. The current study focuses on semico ...
Kondo Model for the ‘‘0.7 Anomaly’’ in Transport through a... * Kenji Hirose, Yigal Meir, and Ned S. Wingreen
... presence of bound spins in QPCs near pinchoff has potentially profound effects on transport through quantum dots with QPCs as leads. In particular, the leads may act as magnetic impurities, and cause the apparent saturation of the dephasing time in transport through open semiconductor quantum dots a ...
... presence of bound spins in QPCs near pinchoff has potentially profound effects on transport through quantum dots with QPCs as leads. In particular, the leads may act as magnetic impurities, and cause the apparent saturation of the dephasing time in transport through open semiconductor quantum dots a ...
