Basic Conceptions: Spin Exchange and Electron Transfer
... This equation can be used for estimation of the distance of closest approach (or depth of the paramagnetic center immersion), R0, if other factors in the equation are known33−34. For example, in water solution a typical value of fg fns kd = 2 10−9 M−1 s−1 for interaction between a nitroxide radica ...
... This equation can be used for estimation of the distance of closest approach (or depth of the paramagnetic center immersion), R0, if other factors in the equation are known33−34. For example, in water solution a typical value of fg fns kd = 2 10−9 M−1 s−1 for interaction between a nitroxide radica ...
Quantum Computing and Communications
... to prepare a book which can be used both as lecture notes and as a stand alone learning aid for colleagues having engineering practice. Although there are several good books on the market none of them has been written by engineers to engineers. The so called ’engineering’ approach has minor and majo ...
... to prepare a book which can be used both as lecture notes and as a stand alone learning aid for colleagues having engineering practice. Although there are several good books on the market none of them has been written by engineers to engineers. The so called ’engineering’ approach has minor and majo ...
A Group-Theoretical Approach to the Periodic Table of
... the group SO(3) has UIR’s of dimensions 2ℓ + 1, denoted (ℓ), where ℓ ∈ N, while the group SU(2) has UIR’s of dimensions 2j + 1, denoted (j), where 2j ∈ N; the group SO(4) has UIR’s denoted (j1, j2) with 2j1 ∈ N and 2j2 ∈ N of dimension (2j1 + 1)(2j2 + 1); the UIR (j, j) of SO(4) can be decomposed in ...
... the group SO(3) has UIR’s of dimensions 2ℓ + 1, denoted (ℓ), where ℓ ∈ N, while the group SU(2) has UIR’s of dimensions 2j + 1, denoted (j), where 2j ∈ N; the group SO(4) has UIR’s denoted (j1, j2) with 2j1 ∈ N and 2j2 ∈ N of dimension (2j1 + 1)(2j2 + 1); the UIR (j, j) of SO(4) can be decomposed in ...
Fano-Feshbach resonances in two
... ω2 = 3, k1 = k2 = 0. A physically acceptable EP is found at ωEP = 2.9 − i 0.1 for fEP = 0.02 and gEP = 0.1 (the actual numerical values are obtained at much higher precision). Using these values the plot of |T2,2 |2 versus the energy is shown on top of Fig.1 (the corresponding plot for T1,1 looks si ...
... ω2 = 3, k1 = k2 = 0. A physically acceptable EP is found at ωEP = 2.9 − i 0.1 for fEP = 0.02 and gEP = 0.1 (the actual numerical values are obtained at much higher precision). Using these values the plot of |T2,2 |2 versus the energy is shown on top of Fig.1 (the corresponding plot for T1,1 looks si ...
BLIND QUANTUM COMPUTATION 1. Introduction and Background
... rely on computational assumptions for security.[BB84] This recognition opened the door to many other quantum protocols that provide unconditional security based on the laws of physics rather than conjectures on computational hardness. One exciting example of such an application is the idea of Univer ...
... rely on computational assumptions for security.[BB84] This recognition opened the door to many other quantum protocols that provide unconditional security based on the laws of physics rather than conjectures on computational hardness. One exciting example of such an application is the idea of Univer ...
Berry Phase Effects on Electronic Properties
... With its help, one can incorporate the Berry phase effect into the Wannier-Stark ladders and the Landau levels very easily. In Sec. VIII, we show that the same semiclassical approach can be applied to systems subject to a very strong magnetic field. One only has to separate the field into a quantiza ...
... With its help, one can incorporate the Berry phase effect into the Wannier-Stark ladders and the Landau levels very easily. In Sec. VIII, we show that the same semiclassical approach can be applied to systems subject to a very strong magnetic field. One only has to separate the field into a quantiza ...
pdf - VUB
... Principle. Rips’ own version of a dual theory distinguishes between representationsof and representations-about , both of which are said to play a role in conjunction. However, he does not claim to have solved the problem of how to describe concepts and their conjunctions, noting `It seems likely th ...
... Principle. Rips’ own version of a dual theory distinguishes between representationsof and representations-about , both of which are said to play a role in conjunction. However, he does not claim to have solved the problem of how to describe concepts and their conjunctions, noting `It seems likely th ...
Basic elements of quantum information technology
... commercial success. A third (and perhaps the nal) attempt is in progress, using the new approach of rapid single ux quantum technology [1]. It remains to be seen how this will fare. ...
... commercial success. A third (and perhaps the nal) attempt is in progress, using the new approach of rapid single ux quantum technology [1]. It remains to be seen how this will fare. ...
Experimental Implementation of Adiabatic Passage between
... minor deviations can be attributed mostly to the imperfections of the GRAPE pulses, the initial ground state preparation, and the spectral integrals (see the Supplemental Material [30]). Instead of studying naturally existing topological phases like those in quantum Hall systems, lattice-spin models ...
... minor deviations can be attributed mostly to the imperfections of the GRAPE pulses, the initial ground state preparation, and the spectral integrals (see the Supplemental Material [30]). Instead of studying naturally existing topological phases like those in quantum Hall systems, lattice-spin models ...
Document
... • The rQGA technique reduces the gate error problem to preserving a correct configuration state • This state is simplified for the example correction circuit (stabilizer coding + Steane ancilla) • The quantum configuration is used in order to dictate a superposition of distinct correcting circuits. ...
... • The rQGA technique reduces the gate error problem to preserving a correct configuration state • This state is simplified for the example correction circuit (stabilizer coding + Steane ancilla) • The quantum configuration is used in order to dictate a superposition of distinct correcting circuits. ...