Bell`s Theorem: Two Neglected Solutions. Louis Vervoort Abstract
... This is indeed the phrasing that could resume the work of Bell [1-3] and many others since. Since (B1) is so popular we will first have a closer look at it, but it is important to remember that the conditions (C1-C3) and (C3-C6) are a more precise (and more recent) starting point to analyze Bell’s t ...
... This is indeed the phrasing that could resume the work of Bell [1-3] and many others since. Since (B1) is so popular we will first have a closer look at it, but it is important to remember that the conditions (C1-C3) and (C3-C6) are a more precise (and more recent) starting point to analyze Bell’s t ...
INTRODUCTION TO QUANTUM CHAOS
... precisely. In fact, it may be more helpful to begin with a description. One branch of quantum chaos encompasses a statistical mechanics based on the nature of a system’s dynamics, be it chaotic, diffusive, integrable, or some mixture. This means that one is not relying on the thermodynamic limit in ...
... precisely. In fact, it may be more helpful to begin with a description. One branch of quantum chaos encompasses a statistical mechanics based on the nature of a system’s dynamics, be it chaotic, diffusive, integrable, or some mixture. This means that one is not relying on the thermodynamic limit in ...
Earth-Moon Lagrangian points as a testbed for general relativity and
... In the space surrounding two bodies that orbit about their mutual mass center there are five points where a third body will remain in equilibrium under the gravitational attraction of the other two bodies. These points are called Lagrangian points in honour of Joseph Lagrange, who discovered them in ...
... In the space surrounding two bodies that orbit about their mutual mass center there are five points where a third body will remain in equilibrium under the gravitational attraction of the other two bodies. These points are called Lagrangian points in honour of Joseph Lagrange, who discovered them in ...
Time Symmetry and the Many-Worlds Interpretation - Philsci
... in some cases, several quantum particles are entangled and only their joint quantum state is pure.) Finally, weakly interacting particles (c) are spread out in space most of the time. The forwards and backwards evolving states need not be equal. Cosmology and experimental data tell us something abou ...
... in some cases, several quantum particles are entangled and only their joint quantum state is pure.) Finally, weakly interacting particles (c) are spread out in space most of the time. The forwards and backwards evolving states need not be equal. Cosmology and experimental data tell us something abou ...
Forward and backward time observables for quantum evolution and
... processes such as quantum stochastic processes. Another question is whether relations similar to those in (ii) and (ii’) above between evolution in Hardy space and evolution in physical space are again exhibited in this more general context. In Section 3 below we consider the time observables TF , T ...
... processes such as quantum stochastic processes. Another question is whether relations similar to those in (ii) and (ii’) above between evolution in Hardy space and evolution in physical space are again exhibited in this more general context. In Section 3 below we consider the time observables TF , T ...
Quantum Symmetric States - UCLA Department of Mathematics
... • We don’t require faithfulness of ψ on A, nor of ψ̂ on Mψ , nor of Eψ on Mψ . • Our proof are similar to those in [Köstler, Speicher ’09]. • Also Stephen Curran [’09] considered quantum exchangeability for sequences of ∗–homomorphisms of ∗-algebras and proved freeness with amalgamation; he did req ...
... • We don’t require faithfulness of ψ on A, nor of ψ̂ on Mψ , nor of Eψ on Mψ . • Our proof are similar to those in [Köstler, Speicher ’09]. • Also Stephen Curran [’09] considered quantum exchangeability for sequences of ∗–homomorphisms of ∗-algebras and proved freeness with amalgamation; he did req ...
A Quantum Structure Description of the Liar Paradox
... behaviour in different regions of reality. Chaos and complexity theories are however deterministic theories that do not take into account the fundamental contextuality that is introduced by the influence of the act of observation on the observed. Most of the regions of reality are highly contextual ...
... behaviour in different regions of reality. Chaos and complexity theories are however deterministic theories that do not take into account the fundamental contextuality that is introduced by the influence of the act of observation on the observed. Most of the regions of reality are highly contextual ...
The Need for Structure in Quantum Speedups
... and all constants ε > δ > 0 independent of N .5 This would provide a quantum counterpart to a beautiful 2002 result of Smyth [31], who solved an old open problem of Steven Rudich by showing that Dε (f ) = O(Cε3 /30 (f )2 /ε3 ) for all ε > 0 (where Cδ (f ) denotes the “δ-approximate certificate compl ...
... and all constants ε > δ > 0 independent of N .5 This would provide a quantum counterpart to a beautiful 2002 result of Smyth [31], who solved an old open problem of Steven Rudich by showing that Dε (f ) = O(Cε3 /30 (f )2 /ε3 ) for all ε > 0 (where Cδ (f ) denotes the “δ-approximate certificate compl ...
Semiclassical theory of helium atom
... one of the most complex systems which has been treated fully semiclassically using Figure 5 : Total photoionisation cross section of helium; Ix Gutzwiller's trace formula (Wintgen et al. refers to the ionisation threshold for the x th Ry dberg series 1992). The challenge is to describe (from Jiang e ...
... one of the most complex systems which has been treated fully semiclassically using Figure 5 : Total photoionisation cross section of helium; Ix Gutzwiller's trace formula (Wintgen et al. refers to the ionisation threshold for the x th Ry dberg series 1992). The challenge is to describe (from Jiang e ...