A Common Fallacy in Quantum Mechanics: Retrocausality David Ellerman
... separation apparatus rather than at the later detectors. But if the detectors were suddenly removed while the particle was in the apparatus, then the superposition would continue to evolve and have distinctive e¤ects (e.g., interference patterns in the two-slit experiment). Hence the separation fall ...
... separation apparatus rather than at the later detectors. But if the detectors were suddenly removed while the particle was in the apparatus, then the superposition would continue to evolve and have distinctive e¤ects (e.g., interference patterns in the two-slit experiment). Hence the separation fall ...
Towards a Quantum Field Theory of Mind
... question is, how does that intelligence act? Of course, I could just postulate that there is a Supreme Intelligence and that this being can act in any way that it sees fit. As Niels Bohr once remarked to Albert Einstein, when he was trying to figure out how God did it, “Stop telling God what to do.” ...
... question is, how does that intelligence act? Of course, I could just postulate that there is a Supreme Intelligence and that this being can act in any way that it sees fit. As Niels Bohr once remarked to Albert Einstein, when he was trying to figure out how God did it, “Stop telling God what to do.” ...
Why the brain is probably not a quantum computer Max Tegmark
... part, de®ned as Hint H ÿ H1 ÿ H2 , so such a decomposition is always possible, although it is generally only useful if Hint is in some sense small. If Hint 0, i.e., if there is no interaction between the two subsystems, then it h, i 1; 2, that is, we can treat each subis easy to show that q_ i ...
... part, de®ned as Hint H ÿ H1 ÿ H2 , so such a decomposition is always possible, although it is generally only useful if Hint is in some sense small. If Hint 0, i.e., if there is no interaction between the two subsystems, then it h, i 1; 2, that is, we can treat each subis easy to show that q_ i ...
Weak value amplification: a view from quantum estimation theory
... example, but representative of a wide class of WVA experimental implementations, the pros and cons of using WVA, quantifying how much can be gained under appropriate circumstances. In other words, we will see, with an approach centered on how different quantum states are distinguished in specific ex ...
... example, but representative of a wide class of WVA experimental implementations, the pros and cons of using WVA, quantifying how much can be gained under appropriate circumstances. In other words, we will see, with an approach centered on how different quantum states are distinguished in specific ex ...
Realism and Antirealism in Informational Foundations of
... In the case of complete entanglement of two elementary systems, two bits of information are used to describe joint properties: e.g. should the spins of the two systems be measured along the z axis, they would be found to be identical and should they be measured along the x axis, they would be also f ...
... In the case of complete entanglement of two elementary systems, two bits of information are used to describe joint properties: e.g. should the spins of the two systems be measured along the z axis, they would be found to be identical and should they be measured along the x axis, they would be also f ...
Coherent States
... Here I digress from work in progress—namely, a review of a paper by C. Y. She & H. Heffner1 , which was the first of several papers inspired by E. Arthurs & J. L. Kelly’s “On the simultaneous measurement of a pair of conjugate observables” (BSTJ 44, 725 (1965)); it is my intention to incorporate tha ...
... Here I digress from work in progress—namely, a review of a paper by C. Y. She & H. Heffner1 , which was the first of several papers inspired by E. Arthurs & J. L. Kelly’s “On the simultaneous measurement of a pair of conjugate observables” (BSTJ 44, 725 (1965)); it is my intention to incorporate tha ...
Quantum information processing with superconducting qubits in a
... box [22], these higher-order interactions may be important in the Josephson charge-qubit system. The dynamics of a Josephson charge qubit coupled to a quantum resonator was studied in [24]. In contrast to our study here, the model in [24] involves: (a) only one qubit, (b) only the Rabi oscillation w ...
... box [22], these higher-order interactions may be important in the Josephson charge-qubit system. The dynamics of a Josephson charge qubit coupled to a quantum resonator was studied in [24]. In contrast to our study here, the model in [24] involves: (a) only one qubit, (b) only the Rabi oscillation w ...
Quantum Interference of Unpolarized Single Photons
... theories and quantum mechanics by setting a limit for the measurement of correlations between entangled particles. The predictions made by any LHV theory differ from those by quantum mechanics in a such way that LHV theories can be ruled out by violating Bell’s inequality. All experimental tests con ...
... theories and quantum mechanics by setting a limit for the measurement of correlations between entangled particles. The predictions made by any LHV theory differ from those by quantum mechanics in a such way that LHV theories can be ruled out by violating Bell’s inequality. All experimental tests con ...
Pdf
... Mixed quantum-classical methods are applied to an increasingly challenging series of model problems, and their accuracy is examined. The models involve one light and one heavy degree of freedom, and exhibit substantial nonadiabatic behavior. In all of the models the coupling between the light and he ...
... Mixed quantum-classical methods are applied to an increasingly challenging series of model problems, and their accuracy is examined. The models involve one light and one heavy degree of freedom, and exhibit substantial nonadiabatic behavior. In all of the models the coupling between the light and he ...
Chapter 3 Basic quantum statistical mechanics of spin
... where the diagonal terms favor antialignment. However, as opposed to the classical case, quantum ferromagnets and antiferromagnets behave very differently even on lattices without geometric frustration, as will be described in depth in the next section. The Heisenberg Hamiltonian commutes with the S ...
... where the diagonal terms favor antialignment. However, as opposed to the classical case, quantum ferromagnets and antiferromagnets behave very differently even on lattices without geometric frustration, as will be described in depth in the next section. The Heisenberg Hamiltonian commutes with the S ...