Abstract Experiments demonstrating entanglement swapping have
... summarizing our information about the system. While ascribing such a quantum state allows us to predict non-local correlations, this view stops short of recognizing a physical entanglement relation between the particles themselves (if there are such things). Second, consider a Bohmian who takes the ...
... summarizing our information about the system. While ascribing such a quantum state allows us to predict non-local correlations, this view stops short of recognizing a physical entanglement relation between the particles themselves (if there are such things). Second, consider a Bohmian who takes the ...
Relativity and Quantum Field Theory
... must be able to identify the number of particles located in each region.1 Condition (b) is supposed to encode the essential particle characteristic of countability: For a system of particles distributed over various regions of space, an adequate theory must be able to identify a unique value for the ...
... must be able to identify the number of particles located in each region.1 Condition (b) is supposed to encode the essential particle characteristic of countability: For a system of particles distributed over various regions of space, an adequate theory must be able to identify a unique value for the ...
Toward a scalable, silicon-based quantum computing architecture
... tems can be composed from multiple qubits, for example, . An -qubit state is described by or 1The speed of this channel is, however, limited by the rate at which two classical bits can be transmitted from source to destination, without which the quantum information is ambiguous. ...
... tems can be composed from multiple qubits, for example, . An -qubit state is described by or 1The speed of this channel is, however, limited by the rate at which two classical bits can be transmitted from source to destination, without which the quantum information is ambiguous. ...
Producing Squeezed Input States for an Atomic Clock Using an Optical Cavity.
... The inhomogeneous light shift from the probe light is an altogether more serious problem. The probe light shift is a fundamental consequence of the atom-cavity coupling we use for squeezing. It provides the necessary back-action that preserves the Heisenberg uncertainty relations when we measure Sz ...
... The inhomogeneous light shift from the probe light is an altogether more serious problem. The probe light shift is a fundamental consequence of the atom-cavity coupling we use for squeezing. It provides the necessary back-action that preserves the Heisenberg uncertainty relations when we measure Sz ...
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Nova Layout [7x10] - Institut Laue
... To observe the gravitationally bound states, two experimental techniques were used. The first one, the so-called “integral” flow-through mode, is a measurement of the neutron flux through a narrow horizontal slit between a mirror below and an absorber/scatterer above it, which is used to scan the ne ...
... To observe the gravitationally bound states, two experimental techniques were used. The first one, the so-called “integral” flow-through mode, is a measurement of the neutron flux through a narrow horizontal slit between a mirror below and an absorber/scatterer above it, which is used to scan the ne ...
Chapter 7 The Schroedinger Equation in One Dimension In classical
... Figure 3: Wave functions in a rigid box for lowest 3 energy levels. From (20) ψ(0) = B = 0 which leaves ψ(x) = A sin kx ...
... Figure 3: Wave functions in a rigid box for lowest 3 energy levels. From (20) ψ(0) = B = 0 which leaves ψ(x) = A sin kx ...
Phys. Rev. Lett. 98, 070602
... a quantum loop gas where loops consist of chains of uppointing z -spins and the loop fugacity is d 1. On the torus there are four degenerate ground states that Q can be classified by a winding number parity Py=x i2cx=y zi along a cut cx=y in the x or y direction. Here we study the effect of pe ...
... a quantum loop gas where loops consist of chains of uppointing z -spins and the loop fugacity is d 1. On the torus there are four degenerate ground states that Q can be classified by a winding number parity Py=x i2cx=y zi along a cut cx=y in the x or y direction. Here we study the effect of pe ...
chapter 10. relation to quantum mechanics
... Objectivity is a property of a class of experimenters on the system; it expresses the mutual consistency of descriptions of the system by the various experimenters in the class. At this level of analysis, the group J is associated to the class of experimenters; one does not need to have a “configura ...
... Objectivity is a property of a class of experimenters on the system; it expresses the mutual consistency of descriptions of the system by the various experimenters in the class. At this level of analysis, the group J is associated to the class of experimenters; one does not need to have a “configura ...
Models of wave-function collapse
... this is of course observed, for example, in the famous double-slit interference experiment. Moreover, the theory in principle makes no distinction between microscopic and macroscopic objects and predicts that large objects can also be in more than one place at the same time. But this is not what we ...
... this is of course observed, for example, in the famous double-slit interference experiment. Moreover, the theory in principle makes no distinction between microscopic and macroscopic objects and predicts that large objects can also be in more than one place at the same time. But this is not what we ...
