Superconducting phase qubit coupled to a nanomechanical resonator:
... would be more accurate to refer to the regime of interest in this paper as the superstrong coupling regime. The threshold theorem [22–25] states that if the component failure probability p is below some threshold pth, a computation with an error probability bounded by may be accomplished, provided ...
... would be more accurate to refer to the regime of interest in this paper as the superstrong coupling regime. The threshold theorem [22–25] states that if the component failure probability p is below some threshold pth, a computation with an error probability bounded by may be accomplished, provided ...
Current State of Quantum Computing
... It doesn’t matter how they formulate it, we can be pretty sure that Moore’s Law will be valid for the next 10 years at least, but if we think any further than 10-15 years it is ...
... It doesn’t matter how they formulate it, we can be pretty sure that Moore’s Law will be valid for the next 10 years at least, but if we think any further than 10-15 years it is ...
FRACTIONAL STATISTICS IN LOW
... Ψ(x) determined on the classical configuration define the complex wave function. Ψ space A of the considered system. In general this wave function can be multivalued m , = 1, ...C. The only restriction is that when x is taken along a closed loop in A, m must transform according to C-dimensional unit ...
... Ψ(x) determined on the classical configuration define the complex wave function. Ψ space A of the considered system. In general this wave function can be multivalued m , = 1, ...C. The only restriction is that when x is taken along a closed loop in A, m must transform according to C-dimensional unit ...
Quantum Entanglement in Many-body Systems
... Here I would like to mention about the recent debates about this issue. In [14], it is claimed that under certain conditions, first-order (second-order) phase transition happens if and only if the (first order derivative of the) ground state concurrence has discontinuity or divergence. However, in [ ...
... Here I would like to mention about the recent debates about this issue. In [14], it is claimed that under certain conditions, first-order (second-order) phase transition happens if and only if the (first order derivative of the) ground state concurrence has discontinuity or divergence. However, in [ ...
Implementing and Characterizing Precise Multiqubit Measurements
... show that both results are improved significantly by an additional error-heralding measurement. The analyses we present here form a useful basis for the future characterization and validation of quantum measurements, anticipating the demands of emerging quantum technologies. DOI: 10.1103/PhysRevX.6. ...
... show that both results are improved significantly by an additional error-heralding measurement. The analyses we present here form a useful basis for the future characterization and validation of quantum measurements, anticipating the demands of emerging quantum technologies. DOI: 10.1103/PhysRevX.6. ...
slides on Quantum Isometry Groups
... for all the classical connected manifolds considered so far, such as the spheres and the tori, quantum isometry groups turn out to be the same the classical group of isometries, i.e. there are no genuine quantum isometries in these cases. For finite sets, our definition recovers the definitions give ...
... for all the classical connected manifolds considered so far, such as the spheres and the tori, quantum isometry groups turn out to be the same the classical group of isometries, i.e. there are no genuine quantum isometries in these cases. For finite sets, our definition recovers the definitions give ...
Nature template - PC Word 97
... Figure 2 shows clearly the contrasting behaviours of bosons and fermions. In both cases one observes a clear departure from statistical independence at small separation. Around zero separation, the fermion signal is lower than unity (antibunching) while the boson signal is higher (bunching). Since t ...
... Figure 2 shows clearly the contrasting behaviours of bosons and fermions. In both cases one observes a clear departure from statistical independence at small separation. Around zero separation, the fermion signal is lower than unity (antibunching) while the boson signal is higher (bunching). Since t ...
Slide 1
... From the very beginning, relativistically invariant hadron quark models, unlike the Gell-Mann— Zweig hadron quark model, were dealt with in Dubna, first of all, assuming quarks to be real physical objects determining the structure of hadrons. ...
... From the very beginning, relativistically invariant hadron quark models, unlike the Gell-Mann— Zweig hadron quark model, were dealt with in Dubna, first of all, assuming quarks to be real physical objects determining the structure of hadrons. ...
Adiabatic Quantum Computation is Equivalent to Standard Quantum Computation Dorit Aharonov
... local, and allow sparse Hamiltonians. These are Hermitian matrices which have at most polynomially many non zero elements at each row and column, where we also require that the matrix is explicit, namely each element can be computed efficiently given its indexes. We show Corollary 2. The model of ad ...
... local, and allow sparse Hamiltonians. These are Hermitian matrices which have at most polynomially many non zero elements at each row and column, where we also require that the matrix is explicit, namely each element can be computed efficiently given its indexes. We show Corollary 2. The model of ad ...
`To Be, To Be, What Does it Mean to Be?` : On Quantum
... while phenomena and events in question can be seen as “effects” brought about by certain processes, these processes cannot be seen in causal terms: these effects are effect without (classical) causes. I shall call such models or the corresponding theories, or ways of thinking, “nonclassical.” In thi ...
... while phenomena and events in question can be seen as “effects” brought about by certain processes, these processes cannot be seen in causal terms: these effects are effect without (classical) causes. I shall call such models or the corresponding theories, or ways of thinking, “nonclassical.” In thi ...
Quantum mechanical spin - Theory of Condensed Matter
... Angular momentum vector L precesses about magnetic field direction with angular velocity ω 0 = −γB (independent of angle). We will now show that precisely the same result appears in the study of the quantum mechanics of an electron spin in a magnetic field. ...
... Angular momentum vector L precesses about magnetic field direction with angular velocity ω 0 = −γB (independent of angle). We will now show that precisely the same result appears in the study of the quantum mechanics of an electron spin in a magnetic field. ...
Mathematical physics - Institute of Physics
... system will need to allow for all these possibilities at the same time. For a system of N electrons, there are 2N possible states, a number that increases rapidly with N, and all of these must be encoded into any simulation of the system. ...
... system will need to allow for all these possibilities at the same time. For a system of N electrons, there are 2N possible states, a number that increases rapidly with N, and all of these must be encoded into any simulation of the system. ...
