here
... B. Partial degeneracy lifting and ordered double perovskites • Need only 1 or 2 electrons in the 4d or 5d shells strongly spin-orbit coupled analogs of Ti3+ and V3+ or V4+ • V3+ or V4+ constitute classic families undergoing Mott transitions • With SOC, degeneracy lifting same as before • d1 case ...
... B. Partial degeneracy lifting and ordered double perovskites • Need only 1 or 2 electrons in the 4d or 5d shells strongly spin-orbit coupled analogs of Ti3+ and V3+ or V4+ • V3+ or V4+ constitute classic families undergoing Mott transitions • With SOC, degeneracy lifting same as before • d1 case ...
Quantum computing with rare-earth-ion doped crystals
... nearby control qubit ion. Such target ions cannot be used for quantum computing operations and must be removed from the target qubit (Figure 3). This is then done by transferring them to the auxiliary ground state hyperfine level. This assures that only interacting ions are left in the qubit. 4. It ...
... nearby control qubit ion. Such target ions cannot be used for quantum computing operations and must be removed from the target qubit (Figure 3). This is then done by transferring them to the auxiliary ground state hyperfine level. This assures that only interacting ions are left in the qubit. 4. It ...
An information-theoretic perspective on the foundations of
... because they mostly are based on relatively simple mathematics, like Bell's theory. The fact that simple ideas (simple in terms of mathematical complexity) can still lead to such important discoveries in QM shows that we still understand very little of the quantum world. The study of correlations, w ...
... because they mostly are based on relatively simple mathematics, like Bell's theory. The fact that simple ideas (simple in terms of mathematical complexity) can still lead to such important discoveries in QM shows that we still understand very little of the quantum world. The study of correlations, w ...
Why Philosophers Should Care About - Philsci
... different character than computability theory. Firstly, complexity has much closer connections with the sciences: it lets us pose questions about (for example) evolution, quantum mechanics, statistical physics, economics, or human language acquisition that would be meaningless from a computability s ...
... different character than computability theory. Firstly, complexity has much closer connections with the sciences: it lets us pose questions about (for example) evolution, quantum mechanics, statistical physics, economics, or human language acquisition that would be meaningless from a computability s ...
Isotropic restriction in Group Field Theory condensates
... General relativity as a hamiltonian theory of connections. GR is often described as a dynamical theory of metrics, in a formalism based on Riemannian geometry. The dynamics of the gravitational field gµν is ruled by the Einstein-Hilbert action. Another formulation can be given in terms of Riemann-Ca ...
... General relativity as a hamiltonian theory of connections. GR is often described as a dynamical theory of metrics, in a formalism based on Riemannian geometry. The dynamics of the gravitational field gµν is ruled by the Einstein-Hilbert action. Another formulation can be given in terms of Riemann-Ca ...
Quantum Computing and Communications
... its correctness do no satisfy an engineer. She/he always wants to know the way leading from the definition of the problem via system model construction and a logic chain of thoughts before reaching the answer to the original problem. If this ’special’ viewpoint is omitted, which happens often when t ...
... its correctness do no satisfy an engineer. She/he always wants to know the way leading from the definition of the problem via system model construction and a logic chain of thoughts before reaching the answer to the original problem. If this ’special’ viewpoint is omitted, which happens often when t ...
Atoms – How Small, and How Large!
... Greece, almost in the 5th century BC. Atoms moved from philosophy to science when chemist John Dalton2 (1808) made a hypothesis of atoms as extremely tiny building blocks of all chemical elements. Later on, in the 19th century, efforts were made to ascertain atomic weights of different elements relati ...
... Greece, almost in the 5th century BC. Atoms moved from philosophy to science when chemist John Dalton2 (1808) made a hypothesis of atoms as extremely tiny building blocks of all chemical elements. Later on, in the 19th century, efforts were made to ascertain atomic weights of different elements relati ...
FEYNMANWS PATH INTEGRAL APPROACH TO QUANTUM FIELD
... super…cial charm in the fact that its square gives you the probability that a particle will go from here to there (possibly via an in…nite number of intermediate points), but that’s about it. After all, we are far more interested in particles that interact with …elds or other particles, anything but ...
... super…cial charm in the fact that its square gives you the probability that a particle will go from here to there (possibly via an in…nite number of intermediate points), but that’s about it. After all, we are far more interested in particles that interact with …elds or other particles, anything but ...
Go to article
... are irreflexive relations between them. Any point x is one metre from some point y, but not from itself. He therefore calls the points ‘weakly discernible’. The condition of weak discernibility certainly entails distinctness. But first, such a predicate as ‘is one metre from some other point but not ...
... are irreflexive relations between them. Any point x is one metre from some point y, but not from itself. He therefore calls the points ‘weakly discernible’. The condition of weak discernibility certainly entails distinctness. But first, such a predicate as ‘is one metre from some other point but not ...
About John Stachel`s “Structural Realism and Contextual Individuality”
... word “this”. The Summa also explicitly uses the indexical: For it is manifest that the reason why any singular thing is "this particular thing" is because it cannot be communicated to many: since that whereby Socrates is a man, can be communicated to many; whereas, what makes him this particular man ...
... word “this”. The Summa also explicitly uses the indexical: For it is manifest that the reason why any singular thing is "this particular thing" is because it cannot be communicated to many: since that whereby Socrates is a man, can be communicated to many; whereas, what makes him this particular man ...
Is there a problem with quantum wormhole states in N= 1
... wormhole ground state or to excited states. Recent investigations on this issue [28,30] claim that what may be really relevant is to use the whole basis of wormhole solutions (namely, to calculate the effects of wormhole physics from Green’s functions, where these have been factorized by introducing ...
... wormhole ground state or to excited states. Recent investigations on this issue [28,30] claim that what may be really relevant is to use the whole basis of wormhole solutions (namely, to calculate the effects of wormhole physics from Green’s functions, where these have been factorized by introducing ...
Quantum and private capacities of low
... higher than the 1-shot coherent information are achievable [5, 21, 6], but even the threshold value of p where the capacity goes to zero is unknown. For p close to zero, the best lower bound for Q(D p ) is the one-shot coherent information. In this regime, the continuity bound developed in [11] is i ...
... higher than the 1-shot coherent information are achievable [5, 21, 6], but even the threshold value of p where the capacity goes to zero is unknown. For p close to zero, the best lower bound for Q(D p ) is the one-shot coherent information. In this regime, the continuity bound developed in [11] is i ...
Chapter 1. The Basics of Quantum Mechanics
... Cs, respectively, in this so-called Rydberg formula, one finds decent agreement between the n-dependence of the energy spacings of the singly excited valence states of these atoms. The fact that is larger for Na than for Li and largest for Cs reflects that fact that the 3s orbital of Na penetrates ...
... Cs, respectively, in this so-called Rydberg formula, one finds decent agreement between the n-dependence of the energy spacings of the singly excited valence states of these atoms. The fact that is larger for Na than for Li and largest for Cs reflects that fact that the 3s orbital of Na penetrates ...
local pdf - Quantum Optics and Spectroscopy
... The sensitivity of various cat-state spectroscopy (CSS) techniques using a ¼ 2.9(2), and those that do not use a non-classical state, are compared (see main text). Also given are the number of measurements required to reach a confidence of three standard deviations (s ) in the detection of a scatteri ...
... The sensitivity of various cat-state spectroscopy (CSS) techniques using a ¼ 2.9(2), and those that do not use a non-classical state, are compared (see main text). Also given are the number of measurements required to reach a confidence of three standard deviations (s ) in the detection of a scatteri ...
Process, System, Causality, and Quantum Mechanics, A
... counts. What’s basically new here is that quantum phenomena in general can be represented as simple large number phenomena whose laws belong to the arithmetic of case counting. But what about non-locality? The collapse of the wave front? Quantum measurement? How does the present paper fit in with th ...
... counts. What’s basically new here is that quantum phenomena in general can be represented as simple large number phenomena whose laws belong to the arithmetic of case counting. But what about non-locality? The collapse of the wave front? Quantum measurement? How does the present paper fit in with th ...
Locating the quantum critical point of the Bose
... state-of-the-art experimental setups. In fact, the measurements of C(ξ) have been possible since the seminal paper of Greiner et al [32]. It is thus a little bit surprising that nobody has studied the derivatives of at least C(ξ) to obtain unambiguous signatures of a superfluid-Mott insulator quantum ...
... state-of-the-art experimental setups. In fact, the measurements of C(ξ) have been possible since the seminal paper of Greiner et al [32]. It is thus a little bit surprising that nobody has studied the derivatives of at least C(ξ) to obtain unambiguous signatures of a superfluid-Mott insulator quantum ...