Quantum-information transport to multiple receivers
... suffices to find the state adiabatically connected to Alice’s site at t = 0, i.e., 兩⌿共t = 0兲典 = 兩典A. If ⍀B2共t兲 = 0 " t, 兩1典 is adiabatically connected to 兩⌿共t = 0兲典 and the qubit is transferred from 兩典A to 兩典B1. If ⍀B1共t兲 = 0 " t, then 兩2典 is adiabatically connected to 兩典A, and the qubit trans ...
... suffices to find the state adiabatically connected to Alice’s site at t = 0, i.e., 兩⌿共t = 0兲典 = 兩典A. If ⍀B2共t兲 = 0 " t, 兩1典 is adiabatically connected to 兩⌿共t = 0兲典 and the qubit is transferred from 兩典A to 兩典B1. If ⍀B1共t兲 = 0 " t, then 兩2典 is adiabatically connected to 兩典A, and the qubit trans ...
Quantum Factorization of 143 on a Dipolar
... Numerical simulation shows that the probabilities of the system on the ground states of Hp is 98.9%, which means that we could achieve the right answer to the factoring problem of 143 almost definitely. We packed together the unitary operators every five adiabatic steps in one shaped pulse calculate ...
... Numerical simulation shows that the probabilities of the system on the ground states of Hp is 98.9%, which means that we could achieve the right answer to the factoring problem of 143 almost definitely. We packed together the unitary operators every five adiabatic steps in one shaped pulse calculate ...
Classification of Topologically ordered Phases
... chains on the honeycomb (AKLT string state) An excited state with two defects which carry a spin 1/2 each. It can be represented by χ=3 tensor product state ω = 01 − 10 + 22 (S=1/2) ⊕ ( S = 0) d = 4 (ϕ , s = 1, 0, −1) ...
... chains on the honeycomb (AKLT string state) An excited state with two defects which carry a spin 1/2 each. It can be represented by χ=3 tensor product state ω = 01 − 10 + 22 (S=1/2) ⊕ ( S = 0) d = 4 (ϕ , s = 1, 0, −1) ...
TWO-STATE SYSTEMS
... It is interesting to notice what has happened to the concept of “physical dimension.” We recognize a physical parameter t with the dimensionality of “time,” which we read from the “clock on the wall,” not from the printed output of a “meter” as here construed: time we are prepared to place in a clas ...
... It is interesting to notice what has happened to the concept of “physical dimension.” We recognize a physical parameter t with the dimensionality of “time,” which we read from the “clock on the wall,” not from the printed output of a “meter” as here construed: time we are prepared to place in a clas ...
Quantum control of a model qubit based on a multi - FaMAF
... increasing the lifetimes of single and multiple exciton states (see the paper by Zhu et al.29 and references therein). The main model considered in this paper is a spherical QDQW with a central core (ZnS), a shell well (CdSe), a barrier (ZnS), another well (CdSe), and finally a large barrier (ZnS). ...
... increasing the lifetimes of single and multiple exciton states (see the paper by Zhu et al.29 and references therein). The main model considered in this paper is a spherical QDQW with a central core (ZnS), a shell well (CdSe), a barrier (ZnS), another well (CdSe), and finally a large barrier (ZnS). ...
On Quantum Versions of Record
... • Otherwise, pick any clause Cj in F such that Cj is falsified by a; choose a literal ls in Cj uniformly at random; modify a by flipping the value of the variable xi from the literal ls . As shown in [21], if the formula F is satisfiable, then each random walk of length 3n finds a satisfying assignm ...
... • Otherwise, pick any clause Cj in F such that Cj is falsified by a; choose a literal ls in Cj uniformly at random; modify a by flipping the value of the variable xi from the literal ls . As shown in [21], if the formula F is satisfiable, then each random walk of length 3n finds a satisfying assignm ...
- RZ User
... relation to the phenomenon of heat. If one regarded these particles themselves as small elastic spheres, though, the question for their internal structure might in principle arise anew. The picture of elementary particles may thus appear problematic from the outset. At about the same time, Newton’s ...
... relation to the phenomenon of heat. If one regarded these particles themselves as small elastic spheres, though, the question for their internal structure might in principle arise anew. The picture of elementary particles may thus appear problematic from the outset. At about the same time, Newton’s ...
7 Commutators, Measurement and The Uncertainty Principle
... are inherently incompatible with each other and the measurement of one will destroy information of the other(s). Such incompatibility is encoded in mathematical language as non-commutativity of the operators associated with the observables. We then show that the Postulates of Quantum Mechanics lead ...
... are inherently incompatible with each other and the measurement of one will destroy information of the other(s). Such incompatibility is encoded in mathematical language as non-commutativity of the operators associated with the observables. We then show that the Postulates of Quantum Mechanics lead ...
... Standing in stark contrast to these physical requirements are the conditions that exist in and around animal brains. Brains are warm, wet, biological constructs, honed by evolution to exhibit the sort of robustness and durability needed for survival in the world. Although to some extent they are pro ...
Interferometric Bell
... there are other techniques with a reported efficiency of h 585%; they need, however, cooling to below 10 K and, above all, are still classified @17#. The output of Si-avalanche detectors is the same whether one or more photons are absorbed simultaneously. This actually results in an inability to dis ...
... there are other techniques with a reported efficiency of h 585%; they need, however, cooling to below 10 K and, above all, are still classified @17#. The output of Si-avalanche detectors is the same whether one or more photons are absorbed simultaneously. This actually results in an inability to dis ...
