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... physical events. Signal nonlocality, accessed by means of quantum entanglement is an essential feature of the quantum physical domain. The presented interface may imply that some manifestations of altered states of consciousness, unconscious/ conscious shifts have quantum origin with significant psy ...
... physical events. Signal nonlocality, accessed by means of quantum entanglement is an essential feature of the quantum physical domain. The presented interface may imply that some manifestations of altered states of consciousness, unconscious/ conscious shifts have quantum origin with significant psy ...
The Density Operator
... systems. In spite of their ingenuity, it remains unclear whether modal interpretations can successfully cope with measurement. One can show that if the modal interpretations are correct there are some possible measurements that have no outcome. Although no doubt serious, this may not be a fatal draw ...
... systems. In spite of their ingenuity, it remains unclear whether modal interpretations can successfully cope with measurement. One can show that if the modal interpretations are correct there are some possible measurements that have no outcome. Although no doubt serious, this may not be a fatal draw ...
THE MINIMUM-UNCERTAINTY SQUEEZED STATES FOR ATOMS
... The purpose of this paper is to construct the minimum-uncertainty squeezed states for quantum harmonic oscillators, which are important in these applications, in the most simple closed form. Our approach reveals the quantum numbers/integrals of motion of the squeezed states in terms of solution of c ...
... The purpose of this paper is to construct the minimum-uncertainty squeezed states for quantum harmonic oscillators, which are important in these applications, in the most simple closed form. Our approach reveals the quantum numbers/integrals of motion of the squeezed states in terms of solution of c ...
Technical Roadmap for Fault-Tolerant Quantum Computing
... from many small modules, each consists of only a (relatively) small number of qubits, according to what is permissible by the technology used. These modules need to be linked together to perform inter-module gates between remote qubits. This requires either physically moving qubits from one module c ...
... from many small modules, each consists of only a (relatively) small number of qubits, according to what is permissible by the technology used. These modules need to be linked together to perform inter-module gates between remote qubits. This requires either physically moving qubits from one module c ...
Deterministic Controlled-NOT Gate For Single-Photon Two
... Knill, Laflamme, and Milburn [1] show that probabilistic two-qubit operations implemented in linear-optical circuits with ancilla photons can be used to build a scalable quantum computer. Their work has stimulated much attention on the experimental realization of linear optics quantum computation pr ...
... Knill, Laflamme, and Milburn [1] show that probabilistic two-qubit operations implemented in linear-optical circuits with ancilla photons can be used to build a scalable quantum computer. Their work has stimulated much attention on the experimental realization of linear optics quantum computation pr ...
Metric fluctuations and the weak equivalence principle
... PACS numbers: 02.50.Ey, 03.75.Dg, 04.60.Bc ...
... PACS numbers: 02.50.Ey, 03.75.Dg, 04.60.Bc ...
The role of quantum physics in the theory of subjective
... Approaches to quantum theory vary according to the way in which the observer is treated. While in the work of Bohr and most expositions before about 1960 the observer was, at least implicitly, a human being2, in succeeding works the “observer” can be a measuring apparatus, or anything that makes a p ...
... Approaches to quantum theory vary according to the way in which the observer is treated. While in the work of Bohr and most expositions before about 1960 the observer was, at least implicitly, a human being2, in succeeding works the “observer” can be a measuring apparatus, or anything that makes a p ...
Diagonalization vs. Decoherence
... appears to have “classical” (non-quantum) properties and behaves like an ensemble of states (does not appear to exhibit superposition). * •Decoherence occurs through the irreversible interaction of the quantum state with the environment, “leaking” information about the state into the environment, so ...
... appears to have “classical” (non-quantum) properties and behaves like an ensemble of states (does not appear to exhibit superposition). * •Decoherence occurs through the irreversible interaction of the quantum state with the environment, “leaking” information about the state into the environment, so ...
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... terms of the P-representation we then understand light as non-classical if it exhibits negative contributions. Translating this condition to the photon number statistics they become non-classical if they cannot be described by a mixture of Poissonian probability distributions [1] (see figure 3). For ...
... terms of the P-representation we then understand light as non-classical if it exhibits negative contributions. Translating this condition to the photon number statistics they become non-classical if they cannot be described by a mixture of Poissonian probability distributions [1] (see figure 3). For ...
Ex. = 1s 1 , 0 to (1-1)
... In the address analogy, this would be the street on which the electron would probably be found. In the first state there is one city. In this first city there would be one street. In the second state there are two cities. The first city with its one street and a second city with its 3 streets for a ...
... In the address analogy, this would be the street on which the electron would probably be found. In the first state there is one city. In this first city there would be one street. In the second state there are two cities. The first city with its one street and a second city with its 3 streets for a ...
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... for massive computational speedup. QC-based algorithms, in contrast to classical algorithms, traverse large solution spaces exponentially fast by manipulating qubits, which are superpositions of 0 and 1 states, instead of individual bits. Taking advantage of this, QC algorithms have been devised for ...
... for massive computational speedup. QC-based algorithms, in contrast to classical algorithms, traverse large solution spaces exponentially fast by manipulating qubits, which are superpositions of 0 and 1 states, instead of individual bits. Taking advantage of this, QC algorithms have been devised for ...
Operation of a quantum bit circuit based on the Cooper pair
... microwave pulses to the box gate, and the readout by measuring the current in the loop, which is different for both qubit states. This measurement is performed by monitoring the switching of an extra large Josephson junction inserted in the loop when a bias current pulse is applied to it. We show th ...
... microwave pulses to the box gate, and the readout by measuring the current in the loop, which is different for both qubit states. This measurement is performed by monitoring the switching of an extra large Josephson junction inserted in the loop when a bias current pulse is applied to it. We show th ...
