Information Geometric Superactivation of Asymptotic Quantum
... [Shor94], and Grover introduced the quantum searching algorithm in 1996 [Grover96], results in the field of quantum algorithms tapered off somewhat. In the middle of the 90s, there was a silence in the field of quantum algorithms and this did not change until the beginning of the present century. Th ...
... [Shor94], and Grover introduced the quantum searching algorithm in 1996 [Grover96], results in the field of quantum algorithms tapered off somewhat. In the middle of the 90s, there was a silence in the field of quantum algorithms and this did not change until the beginning of the present century. Th ...
Roland Katz –15/01/2015
... Each state has a dissociation Tdiss + QGP early T = if T > Tdiss the state is dissociated for ever (« all-or-nothing ») ...
... Each state has a dissociation Tdiss + QGP early T = if T > Tdiss the state is dissociated for ever (« all-or-nothing ») ...
spin squeezing and quantum entanglement in interaction
... which is a natural generalization of the earliest and simplest definition of Walls and Zoller, 1981. The Kitagawa-Ueda definition is a special case of this definition when direction of mean spin is perpendicular to θ-direction. The quantum entanglement is one of the most important phenomena in quant ...
... which is a natural generalization of the earliest and simplest definition of Walls and Zoller, 1981. The Kitagawa-Ueda definition is a special case of this definition when direction of mean spin is perpendicular to θ-direction. The quantum entanglement is one of the most important phenomena in quant ...
C. New Level Search
... the development of our current view of nature, providing experimental data that led to the formulation of quantum mechanics. Later on, spectroscopic experiments were used to confirm the theory of quantum electrodynamics, and the existence of parity violation and electron-quark neutral currents. Toda ...
... the development of our current view of nature, providing experimental data that led to the formulation of quantum mechanics. Later on, spectroscopic experiments were used to confirm the theory of quantum electrodynamics, and the existence of parity violation and electron-quark neutral currents. Toda ...
Unit Overview Content for This Unit
... into enormous clouds and stars on a much quicker time scale? Why does Earth's gravity feel so strong while the gravitational forces between objects on the Earth are so small as to be difficult to detect? The answer, common to all of these questions, arises from the relative masses of the objects in ...
... into enormous clouds and stars on a much quicker time scale? Why does Earth's gravity feel so strong while the gravitational forces between objects on the Earth are so small as to be difficult to detect? The answer, common to all of these questions, arises from the relative masses of the objects in ...
What Makes a Classical Concept Classical? Toward a
... to Bohr’s words, and, at the same time, to make both physical and philosophical sense. At the heart of this reconstruction are proposals regarding both of the supposedly non-problematic issues: one regarding what it means to describe a system classically, and one regarding where a classical descript ...
... to Bohr’s words, and, at the same time, to make both physical and philosophical sense. At the heart of this reconstruction are proposals regarding both of the supposedly non-problematic issues: one regarding what it means to describe a system classically, and one regarding where a classical descript ...
Quantum imaging technologies
... going through both slits at the same time. To paraphrase Dirac, “each electron only interferes with itself”. This experiment was the first to illustrate the principle of waveparticle duality, which states that all matter has a wavelength equal to h/p, where h is Planck’s constant and p the momentum o ...
... going through both slits at the same time. To paraphrase Dirac, “each electron only interferes with itself”. This experiment was the first to illustrate the principle of waveparticle duality, which states that all matter has a wavelength equal to h/p, where h is Planck’s constant and p the momentum o ...
Quantum Error Correction (QEC) - ETH E
... nineties. Due to large research efforts, today’s knowledge over this topic is already very profound. But it is still a hot topic for scientists. This paper is not a general introduction in quantum computation. It focuses on the aspect of quantum error correction and requires basic understandings of ...
... nineties. Due to large research efforts, today’s knowledge over this topic is already very profound. But it is still a hot topic for scientists. This paper is not a general introduction in quantum computation. It focuses on the aspect of quantum error correction and requires basic understandings of ...
Strong no-go theorem for Gaussian quantum bit commitment
... or by exploiting the constraints imposed by special relativity ...
... or by exploiting the constraints imposed by special relativity ...
BQP and the Polynomial Hierarchy
... 1.1 Motivation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...
... 1.1 Motivation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...
A Robust Multi-Scale Field-Only Formulation of Electromagnetic
... Sec. V. As expected, scattering by dielectric bodies considered in Sec. VI is more complex in technical details but the basic framework is the same. The key result in this case is a generalised Fresnel condition and Snell’s law at a curved dielectric boundary that reduces naturally to the familiar r ...
... Sec. V. As expected, scattering by dielectric bodies considered in Sec. VI is more complex in technical details but the basic framework is the same. The key result in this case is a generalised Fresnel condition and Snell’s law at a curved dielectric boundary that reduces naturally to the familiar r ...
Schoemaker, F.C., Grobbe, N., Schakel, M.D., de Ridder, S.A.L.
... reflection response of this medium can be obtained [50, 51]. Later, Claerbout conjectured that this relation could also be extended for 3D inhomogeneous situations, which was proven by Wapenaar [52]. By cross-correlating the recorded noise at two locations on the surface, it is possible to construct ...
... reflection response of this medium can be obtained [50, 51]. Later, Claerbout conjectured that this relation could also be extended for 3D inhomogeneous situations, which was proven by Wapenaar [52]. By cross-correlating the recorded noise at two locations on the surface, it is possible to construct ...
Cabello`s nonlocality for generalized three
... P (D1 , U2 , D3 | + −−) = P (D1 , U2 , D3 | − +−) = 0.5, P (D1 , D2 , U3 | + −+) = P (D1 , D2 , U3 | − ++) = 0.5, P (D1 , D2 , D3 | + −−) = P (D1 , D2 , D3 | − +−) = 0.5, where only the nonzero probabilities have been written out. It is important to notice that the system of linear equations (18)-(2 ...
... P (D1 , U2 , D3 | + −−) = P (D1 , U2 , D3 | − +−) = 0.5, P (D1 , D2 , U3 | + −+) = P (D1 , D2 , U3 | − ++) = 0.5, P (D1 , D2 , D3 | + −−) = P (D1 , D2 , D3 | − +−) = 0.5, where only the nonzero probabilities have been written out. It is important to notice that the system of linear equations (18)-(2 ...
Discovery of the Higgs Particle
... news: with higher energy than any previous collider, they could finally search the whole mass range for a Standard Model Higgs with a few years’ data. But would they find a Standard Model Higgs, or would they instead find the first hints that Nature is more complicated than our expectations? Most pa ...
... news: with higher energy than any previous collider, they could finally search the whole mass range for a Standard Model Higgs with a few years’ data. But would they find a Standard Model Higgs, or would they instead find the first hints that Nature is more complicated than our expectations? Most pa ...
Chapter 29 Maxwell`s Equations and Electromagnetic Waves
... equations, combined them into only four equations that could be used to derive all the results of electromagnetic theory. These four equations came to be known as Maxwell’s equations. The four Maxwell’s equations are (1) Gauss’s law for electricity, (2) Gauss’s law for magnetism, (3) Ampere’s law wi ...
... equations, combined them into only four equations that could be used to derive all the results of electromagnetic theory. These four equations came to be known as Maxwell’s equations. The four Maxwell’s equations are (1) Gauss’s law for electricity, (2) Gauss’s law for magnetism, (3) Ampere’s law wi ...