Secure Multi-party Quantum Computation
... We assume that every pair of participants is connected by perfect (i.e. authenticated, unjammable, secret) quantum and classical channels, and that there is a classical authenticated broadcast channel to which all players have access. Because we will always consider settings where t < n2 , we can al ...
... We assume that every pair of participants is connected by perfect (i.e. authenticated, unjammable, secret) quantum and classical channels, and that there is a classical authenticated broadcast channel to which all players have access. Because we will always consider settings where t < n2 , we can al ...
Realizing unconventional quantum magnetism with symmetric top molecules M. L. Wall
... in a deep optical lattice, we show that models of itinerant magnetism are possible when molecules can tunnel through the lattice. Additionally, we demonstrate rich tunability of the effective models’ parameters using only a single microwave frequency, in contrast to proposals with 1 Σ diatomic molec ...
... in a deep optical lattice, we show that models of itinerant magnetism are possible when molecules can tunnel through the lattice. Additionally, we demonstrate rich tunability of the effective models’ parameters using only a single microwave frequency, in contrast to proposals with 1 Σ diatomic molec ...
TiberCAD: towards multiscale simulation of optoelectronic devices
... The linear system is solved by means of iterative solvers (bi-conjugate gradient with ILU preconditioning), using the open-source library PETSc Numeric Gauss integration for integrals ...
... The linear system is solved by means of iterative solvers (bi-conjugate gradient with ILU preconditioning), using the open-source library PETSc Numeric Gauss integration for integrals ...
Experiments with Entangled Photons Bell Inequalities, Non-local Games and Bound Entanglement
... Quantum mechanics is one of the most fascinating fields in modern physics, and the heart of its fascination comes from counterintuitive and non-classical concepts. Concepts like wave-particle duality, absence of exact predictability, and inseparability of the universe at a larger scale, makes it an ...
... Quantum mechanics is one of the most fascinating fields in modern physics, and the heart of its fascination comes from counterintuitive and non-classical concepts. Concepts like wave-particle duality, absence of exact predictability, and inseparability of the universe at a larger scale, makes it an ...
Quantum defect theory description of weakly bound levels and Feshbach...
... The approximate MQDT-FT treatment is the version utilized for the present study. A similar MQDT-FT approach was developed by Hanna et al [29]. The concept of the FT formulation is to start from single-channel values of the singlet and triplet s-wave scattering lengths, which include no Zeeman or hyp ...
... The approximate MQDT-FT treatment is the version utilized for the present study. A similar MQDT-FT approach was developed by Hanna et al [29]. The concept of the FT formulation is to start from single-channel values of the singlet and triplet s-wave scattering lengths, which include no Zeeman or hyp ...
Microscopic theory for quantum mirages in quantum corrals D. Porras, J. Ferna´ndez-Rossier,
... focus where the magnetic impurity is located but also on the empty focus, which can be as far as 110 Å away from the impurity. Remarkably, the phantom dip is not observed if neither the tip or the impurity are not at the foci. The phenomenon of the phantom dip is referred to as the quantum mirage.11 ...
... focus where the magnetic impurity is located but also on the empty focus, which can be as far as 110 Å away from the impurity. Remarkably, the phantom dip is not observed if neither the tip or the impurity are not at the foci. The phenomenon of the phantom dip is referred to as the quantum mirage.11 ...
