Shor`s Factoring Algorithm and Modern Cryptography. An Illustration
... the beginnings of our civilization.” The full history of secret communication until about 1965 is recounted by Kahn9 ; developments after about 1965, including those advances in secret communication to which Shor’s algorithm pertains, are described by Singh10 , who also (but less fully than Kahn) re ...
... the beginnings of our civilization.” The full history of secret communication until about 1965 is recounted by Kahn9 ; developments after about 1965, including those advances in secret communication to which Shor’s algorithm pertains, are described by Singh10 , who also (but less fully than Kahn) re ...
letter
... turns out that this is a vector quantity which points in a direction perpendicular to the plane of the rotation. The x-, y- and z-components of this vector can be specified, and these are the angular momenta in the x-, y- and z-directions. In quantum mechanics, there are operators which represent th ...
... turns out that this is a vector quantity which points in a direction perpendicular to the plane of the rotation. The x-, y- and z-components of this vector can be specified, and these are the angular momenta in the x-, y- and z-directions. In quantum mechanics, there are operators which represent th ...
Thermal conductivity of carbon nanotubes
... CJ J is a quantum mechanical correlation function; it is usually difficult to evaluate directly. Here, we only briefly discuss its relationship with its classical counterpart. In the classical limit, the Planck constant h̄ approaches zero and the canonical correlation reduced to the usual classical ...
... CJ J is a quantum mechanical correlation function; it is usually difficult to evaluate directly. Here, we only briefly discuss its relationship with its classical counterpart. In the classical limit, the Planck constant h̄ approaches zero and the canonical correlation reduced to the usual classical ...
Multiphoton population transfer in a kicked Rydberg atom: adiabatic rapid
... in terms of virtual transitions between the ac Stark-shifted levels. The authors also studied the one-dimensional classical phase space for this system and found that the physics behind the population transfer can be explained classically in terms of the crossing of the separatrix between the island ...
... in terms of virtual transitions between the ac Stark-shifted levels. The authors also studied the one-dimensional classical phase space for this system and found that the physics behind the population transfer can be explained classically in terms of the crossing of the separatrix between the island ...
Dissipative Quantum Systems with Potential Barrier. General
... [9] and extended to dissipative systems by Pollak [10]. However, Hanggi and Hontscha [11] have shown explicitly that the two approaches are in fact equivalent. Analytical and numerical results on imaginary free energy calculations for dissipative metastable systems are summarized in an article by G ...
... [9] and extended to dissipative systems by Pollak [10]. However, Hanggi and Hontscha [11] have shown explicitly that the two approaches are in fact equivalent. Analytical and numerical results on imaginary free energy calculations for dissipative metastable systems are summarized in an article by G ...
Compiler Management of Communication and Parallelism for
... A natural source of state degradation in this architecture is communication delay, due to the fact that qubits need to be moved between regions in order to undergo an operation or to interact with other qubits (to support data and instruction parallelism). QECC requires many physical qubits to repre ...
... A natural source of state degradation in this architecture is communication delay, due to the fact that qubits need to be moved between regions in order to undergo an operation or to interact with other qubits (to support data and instruction parallelism). QECC requires many physical qubits to repre ...
Introduction to ”Topological Geometrodynamics: an Overview
... vacuum extremals with CP2 projection, which is Lagrange manifold as good approximations for space-time sheets at macroscopic length scales. String area does not contribute to the Kähler function at all. Whether also induced spinor fields associated with Kähler-Dirac action and de-localized inside ...
... vacuum extremals with CP2 projection, which is Lagrange manifold as good approximations for space-time sheets at macroscopic length scales. String area does not contribute to the Kähler function at all. Whether also induced spinor fields associated with Kähler-Dirac action and de-localized inside ...
Matrix Mechanics and Wave Mechanics - Philsci
... unlikely that anybody else believed in the full-blown empirical equivalence at the time. ...
... unlikely that anybody else believed in the full-blown empirical equivalence at the time. ...
Quantum Mechanics as Quantum Information (and only a little more)
... is trying to tell us about nature itself. Let me try to give a better way to think about this by making use of Einstein again. What might have been his greatest achievement in building general relativity? I would say it was in his recognizing that the “gravitational field” one feels in an acceleratin ...
... is trying to tell us about nature itself. Let me try to give a better way to think about this by making use of Einstein again. What might have been his greatest achievement in building general relativity? I would say it was in his recognizing that the “gravitational field” one feels in an acceleratin ...
Quantum Mechanics as Quantum Information
... is trying to tell us about nature itself. Let me try to give a better way to think about this by making use of Einstein again. What might have been his greatest achievement in building general relativity? I would say it was in his recognizing that the “gravitational field” one feels in an accelerati ...
... is trying to tell us about nature itself. Let me try to give a better way to think about this by making use of Einstein again. What might have been his greatest achievement in building general relativity? I would say it was in his recognizing that the “gravitational field” one feels in an accelerati ...
Document
... at phase boundary (non-eq • Can experiment constrain it? QFT) new R-M Khriplovich,Liu, ...
... at phase boundary (non-eq • Can experiment constrain it? QFT) new R-M Khriplovich,Liu, ...
Czech Technical University in Prague Faculty of Electrical
... quantum physics. Quantum computing can be seen as a special intermediate case between digital and real analog computing. Importantly, there is a threshold theorem for error correction, as opposed to the pure analog case. Alternatively, quantum computing can be viewed as generalized probabilistic com ...
... quantum physics. Quantum computing can be seen as a special intermediate case between digital and real analog computing. Importantly, there is a threshold theorem for error correction, as opposed to the pure analog case. Alternatively, quantum computing can be viewed as generalized probabilistic com ...
The many-worlds interpretation of quantum - Philsci
... physical reality as seen from the points of view of different conscious subsystems' of this physical reality. This physical reality will be described by the usual quantum mechanical apparatus of a Hilbert-space statevector evolving over time according to the Schrodinger equation, with no extra physi ...
... physical reality as seen from the points of view of different conscious subsystems' of this physical reality. This physical reality will be described by the usual quantum mechanical apparatus of a Hilbert-space statevector evolving over time according to the Schrodinger equation, with no extra physi ...
Atomic Bose-Hubbard Systems with Single-Particle
... states can be quantified in experiments [23]. In few-particle systems, the verification of entanglement can be achieved by witness operators [24] or state tomography [25]. For many-particle systems of interacting, delocalized particles, such as atoms in an optical lattice, a path for the experimenta ...
... states can be quantified in experiments [23]. In few-particle systems, the verification of entanglement can be achieved by witness operators [24] or state tomography [25]. For many-particle systems of interacting, delocalized particles, such as atoms in an optical lattice, a path for the experimenta ...
Quantum Reflection at Strong Magnetic Fields
... This work now suggests to carry over this mechanism to the purely optical case by employing a highly sensitive “pump-probe” setup. A strong magnetic background field, created by a pump laser, modifies the QED vacuum to act as an effective potential for traversing probe photons. Since the magnetic fi ...
... This work now suggests to carry over this mechanism to the purely optical case by employing a highly sensitive “pump-probe” setup. A strong magnetic background field, created by a pump laser, modifies the QED vacuum to act as an effective potential for traversing probe photons. Since the magnetic fi ...