Quantum weakest preconditions
... A second goal is to present a semantical paradigm for quantum computation. Quantum programming languages have started to appear. Perhaps the best known is one due to Selinger [Sel03] which is based on the slogan: “Quantum data and classical control.” While this is not the final word on the subject, ...
... A second goal is to present a semantical paradigm for quantum computation. Quantum programming languages have started to appear. Perhaps the best known is one due to Selinger [Sel03] which is based on the slogan: “Quantum data and classical control.” While this is not the final word on the subject, ...
Lecture notes
... quantum Hall (QH) states that all have the same symmetry. • Different QH states cannot be described by symmetry breaking theory. • We call the new order topological order Wen 89 Xiao-Gang Wen, Perimeter/MIT, Dec. 2012 ...
... quantum Hall (QH) states that all have the same symmetry. • Different QH states cannot be described by symmetry breaking theory. • We call the new order topological order Wen 89 Xiao-Gang Wen, Perimeter/MIT, Dec. 2012 ...
Toward production of quantum degenerate bosonic polar molecules
... optical transitions such as Stimulated Emission Pumping (SEP) or Stimulated Raman Adiabatic Passage (STIRAP) [6]. The second process is required to cope with the two following unfavorable natures of loosely bound molecules: First, loosely bound molecules are unstable against collisions (vibrational ...
... optical transitions such as Stimulated Emission Pumping (SEP) or Stimulated Raman Adiabatic Passage (STIRAP) [6]. The second process is required to cope with the two following unfavorable natures of loosely bound molecules: First, loosely bound molecules are unstable against collisions (vibrational ...
On the minimum quantum dimension for a given quantum correlation
... The secrete key: If the shared states are EPR, the first group of POVMs always give the same random outcomes Advantage: ◦ It works even if the channel and the EPRs are prepared by enemy ◦ Do not have to check the internal working of quantum devices ◦ The base of realistic DI QKD ...
... The secrete key: If the shared states are EPR, the first group of POVMs always give the same random outcomes Advantage: ◦ It works even if the channel and the EPRs are prepared by enemy ◦ Do not have to check the internal working of quantum devices ◦ The base of realistic DI QKD ...
Isodensity Ultracentrifugation of Foot -and -Mouth
... Fig. 1A shows the equilibrium method of isodensity zone centrifugation in which the initial density was adjusted to equal that of the particle of interest. Preliminary experiments were required to determine the proper density before the run illustrated was possible. Since a narrow light scattering z ...
... Fig. 1A shows the equilibrium method of isodensity zone centrifugation in which the initial density was adjusted to equal that of the particle of interest. Preliminary experiments were required to determine the proper density before the run illustrated was possible. Since a narrow light scattering z ...
Quantum imaging technologies
... double-slit experiment when applied to particles. Many electrons are fired one at a time through a set of narrow slits. The resulting pattern measured on a screen on the other side of the slits shows distinct peaks and valleys (fig. 2). Care is taken to ensure that only one electron is present in the ...
... double-slit experiment when applied to particles. Many electrons are fired one at a time through a set of narrow slits. The resulting pattern measured on a screen on the other side of the slits shows distinct peaks and valleys (fig. 2). Care is taken to ensure that only one electron is present in the ...
Probabilistic instantaneous quantum computation
... her, she can measure it in the basis build out of the 2 n states. On the basis of the result obtained she then knows with certainty whether she had performed the computation with the correct input or not. With probability 1/2n her input will be the correct one, when she passes on her output; otherwi ...
... her, she can measure it in the basis build out of the 2 n states. On the basis of the result obtained she then knows with certainty whether she had performed the computation with the correct input or not. With probability 1/2n her input will be the correct one, when she passes on her output; otherwi ...
The de Broglie-Bohm pilot-wave interpretation
... Omni: Can you replace that with some other sense of order? Bohm: First you have to ask what we mean by order. Everybody has some tacit notion of it, but order itself is impossible to define. Yet it can be illustrated. In a photograph any part of an object is imaged into a point. This point-to-point ...
... Omni: Can you replace that with some other sense of order? Bohm: First you have to ask what we mean by order. Everybody has some tacit notion of it, but order itself is impossible to define. Yet it can be illustrated. In a photograph any part of an object is imaged into a point. This point-to-point ...
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... redirected towards each other by atomic mirrors. Finally, the converging components are recombined by another atomic beam splitter. Under these conditions, it is simple to define the area of the interferometer by considering the center of mass motion of the split components. However, this model is i ...
... redirected towards each other by atomic mirrors. Finally, the converging components are recombined by another atomic beam splitter. Under these conditions, it is simple to define the area of the interferometer by considering the center of mass motion of the split components. However, this model is i ...
Chapter 20 Parity, Charge Conjugation and CP
... is forbidden. If we look at the non-leptonic weak decay of a K + into pions (weak because strangeness is not conserved) we find that K + → π+ + π0 and K + → π + + π 0 + π 0 , or π + + π + + π − ...
... is forbidden. If we look at the non-leptonic weak decay of a K + into pions (weak because strangeness is not conserved) we find that K + → π+ + π0 and K + → π + + π 0 + π 0 , or π + + π + + π − ...
Assessing the applicability of quantum corrections to classical
... tum values. This result is not necessarily intuitive because the classical phonon specific heats are always greater than their quantum counterparts and, according to Eq. (10), will tend to increase the classical thermal conductivity over the quantum value. The thermal conductivity, however, is also ...
... tum values. This result is not necessarily intuitive because the classical phonon specific heats are always greater than their quantum counterparts and, according to Eq. (10), will tend to increase the classical thermal conductivity over the quantum value. The thermal conductivity, however, is also ...
Quantum Information Processing through Nuclear Magnetic
... in the initial state |00i and then pass through the circuit. However, although bulk NMR can implement the quantum circuit for entanglement, in its present stage of development, it cannot produce pure states such as |00i, but rather pseudo-pure states with the form: I ρε = (1 − ε) + ε|00ih00| ...
... in the initial state |00i and then pass through the circuit. However, although bulk NMR can implement the quantum circuit for entanglement, in its present stage of development, it cannot produce pure states such as |00i, but rather pseudo-pure states with the form: I ρε = (1 − ε) + ε|00ih00| ...
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... formulation of the insolubility proof, which Stein’s critique may be taken to question implicitly, are also part and parcel of the quantum theory of measurement, within which the measurement problem arises. The insolubility proof captures as much of the measurement problem as there is to be captured ...
... formulation of the insolubility proof, which Stein’s critique may be taken to question implicitly, are also part and parcel of the quantum theory of measurement, within which the measurement problem arises. The insolubility proof captures as much of the measurement problem as there is to be captured ...