Isoqualitative Gauge Curvature at Multiple Scales: A Response to
... measured with a high degree of exactitude, then the precision with which other observables in that mutually incompatible set can be simultaneously assayed experimentally will be compromised. Both of the above uniquely postclassical effects exerted by operators on quantitative features of experimenta ...
... measured with a high degree of exactitude, then the precision with which other observables in that mutually incompatible set can be simultaneously assayed experimentally will be compromised. Both of the above uniquely postclassical effects exerted by operators on quantitative features of experimenta ...
Quantum Mechanical Laws
... without resistance. Perhaps, argued the opponents, the light is absorbed continuously, but the detectable effect (the electron emission) occurs only after enough energy is accumulated. Then, however, it would be difficult to explain why the electrons obtain the energy hν , above the minimum necessar ...
... without resistance. Perhaps, argued the opponents, the light is absorbed continuously, but the detectable effect (the electron emission) occurs only after enough energy is accumulated. Then, however, it would be difficult to explain why the electrons obtain the energy hν , above the minimum necessar ...
Quantum Mechanical Laws
... without resistance. Perhaps, argued the opponents, the light is absorbed continuously, but the detectable effect (the electron emission) occurs only after enough energy is accumulated. Then, however, it would be difficult to explain why the electrons obtain the energy hν , above the minimum necessar ...
... without resistance. Perhaps, argued the opponents, the light is absorbed continuously, but the detectable effect (the electron emission) occurs only after enough energy is accumulated. Then, however, it would be difficult to explain why the electrons obtain the energy hν , above the minimum necessar ...
Unified treatment of quantum coherent and incoherent hopping
... coherence, and the significance of quantum superposition states in generating an efficiency of near unity in the quantum yield of photosynthetic EET. In order to address these questions, detailed theoretical investigations and novel theoretical frameworks are required in addition to further experime ...
... coherence, and the significance of quantum superposition states in generating an efficiency of near unity in the quantum yield of photosynthetic EET. In order to address these questions, detailed theoretical investigations and novel theoretical frameworks are required in addition to further experime ...
Quantum information and quantum computation
... or down along this axis). But I can uncover two of the coins (I measure my spin along one axis, and my friend in Andromeda measures his coin along a dierent axis). When I uncover two coins, the third one always disappears before I nd out if it is heads or tails (I will never know what would have h ...
... or down along this axis). But I can uncover two of the coins (I measure my spin along one axis, and my friend in Andromeda measures his coin along a dierent axis). When I uncover two coins, the third one always disappears before I nd out if it is heads or tails (I will never know what would have h ...
Quantum Spin Hall Effect in Silicene and Two
... topology with the topological invariant Z2 ¼ 1. Therefore, QSHE can be realized in the low-buckled silicene, that is the native geometry of silicene. In what follows, we investigate the gap opened by SOC at Dirac points related to QSHE and the Fermi velocity of charge carriers vF near the Dirac poin ...
... topology with the topological invariant Z2 ¼ 1. Therefore, QSHE can be realized in the low-buckled silicene, that is the native geometry of silicene. In what follows, we investigate the gap opened by SOC at Dirac points related to QSHE and the Fermi velocity of charge carriers vF near the Dirac poin ...
On the correspondence principle
... SQUID rings, as with other superconducting devices, are unusual in so far as it is quite straightforward to perform experiments on them as a single macroscopic quantum object. Furthermore, they exhibit well-known and understood semiclassical behaviour. Hence, as individual trajectories are accessibl ...
... SQUID rings, as with other superconducting devices, are unusual in so far as it is quite straightforward to perform experiments on them as a single macroscopic quantum object. Furthermore, they exhibit well-known and understood semiclassical behaviour. Hence, as individual trajectories are accessibl ...
Phys. Rev. A 62, 062304
... is actually less than is suggested by the average fidelity. If the teleportation result  is considered as well, the combination of teleportation and verification extract the maximal amount of measurement information permitted in quantum mechanics and consequently allows a complete statistical chara ...
... is actually less than is suggested by the average fidelity. If the teleportation result  is considered as well, the combination of teleportation and verification extract the maximal amount of measurement information permitted in quantum mechanics and consequently allows a complete statistical chara ...
M06/11
... A duality quantum computer exploits the duality property that quantum systems can behave like both waves and particles. If a quantum system evolves undisturbed then it acts like a wave and when it is observed or measured it acts like a particle. Now a quantum wave ψ can be decomposed into parts usin ...
... A duality quantum computer exploits the duality property that quantum systems can behave like both waves and particles. If a quantum system evolves undisturbed then it acts like a wave and when it is observed or measured it acts like a particle. Now a quantum wave ψ can be decomposed into parts usin ...
89, 053618 (2014)
... which makes the observation of Majorana fermions in cold atomic systems tantalizingly close. The cold-atom system may be a better platform for the observation of Majorana fermions because of the lack of disorder and impurity [10,37,41–45], an issue that has led to intensive debates in the condensed- ...
... which makes the observation of Majorana fermions in cold atomic systems tantalizingly close. The cold-atom system may be a better platform for the observation of Majorana fermions because of the lack of disorder and impurity [10,37,41–45], an issue that has led to intensive debates in the condensed- ...
Why Philosophers Should Care About
... results from the field devoted to it. Perhaps the closest in spirit to this essay are the interesting articles by Cherniak [40] and Morton [98]. In addition, many writers have made some version of the observations in Section 4, about computational complexity and the Turing Test: see for example Bloc ...
... results from the field devoted to it. Perhaps the closest in spirit to this essay are the interesting articles by Cherniak [40] and Morton [98]. In addition, many writers have made some version of the observations in Section 4, about computational complexity and the Turing Test: see for example Bloc ...
188. Strong Electric Field Effect on Weak Localization
... The study of the influence of an electric field on weak localization has been quite controversial. The theoretical papers of Altshuler et al. [7, 8] predicted that a dc electric field does not break time-reversal invariance and, as long as the temperature is constant, the electric field has no influ ...
... The study of the influence of an electric field on weak localization has been quite controversial. The theoretical papers of Altshuler et al. [7, 8] predicted that a dc electric field does not break time-reversal invariance and, as long as the temperature is constant, the electric field has no influ ...
The Power of Quantum Advice
... Lemma: Let S be a set of Boolean functions f:{0,1}n{0,1}, and let f*S. Then there exist m=O(n) certificates C1,…,Cm, each of size O(log|S|), such that (i) Some fiS is consistent with each Ci, and (ii) If f1S is consistent with C1, f2S is consistent with C2, and so on, then MAJ(f1,…,fm)=f*, wher ...
... Lemma: Let S be a set of Boolean functions f:{0,1}n{0,1}, and let f*S. Then there exist m=O(n) certificates C1,…,Cm, each of size O(log|S|), such that (i) Some fiS is consistent with each Ci, and (ii) If f1S is consistent with C1, f2S is consistent with C2, and so on, then MAJ(f1,…,fm)=f*, wher ...
Advantages of Probability Amplitude Over Probability Density in
... probability measure is introduces as | | . For the normalization, Γ is taken as a hyper-surface on such that any two points on Γ have a space-like distance each other. (Or it is normalized in the momentum space.) When the probability measure is defined as square of the absolute value of the state ve ...
... probability measure is introduces as | | . For the normalization, Γ is taken as a hyper-surface on such that any two points on Γ have a space-like distance each other. (Or it is normalized in the momentum space.) When the probability measure is defined as square of the absolute value of the state ve ...
From Ramsey Theory to arithmetic progressions and hypergraphs
... is any k-uniform hypergraph with n vertices and at most cnk+1 k-simplices, then it is possible to remove at most ank edges from H to make it k-simplex-free. A corollary to the removal lemma above is that we get an effective bound for n in the Furstenberg-Katznelson theorem. ...
... is any k-uniform hypergraph with n vertices and at most cnk+1 k-simplices, then it is possible to remove at most ank edges from H to make it k-simplex-free. A corollary to the removal lemma above is that we get an effective bound for n in the Furstenberg-Katznelson theorem. ...
Two-Level Atom at Finite Temperature
... The basic ingredients of quantum field theory are obviously the field operators. Therefore, before we start to analyze our system in this language, we have to introduce, besides the electromagnetic field operator (3), the fermionic field operator representing the states of an electron in the atom. A ...
... The basic ingredients of quantum field theory are obviously the field operators. Therefore, before we start to analyze our system in this language, we have to introduce, besides the electromagnetic field operator (3), the fermionic field operator representing the states of an electron in the atom. A ...
An Introduction to Quantum Spin Systems Notes for MA5020 (John
... and the AKLT chain [58]. The latter is easily understood since the exact ground state of the AKLT chain is a fixed point of the DMRG iteration [48]. By now we also understand why the DMRG method works well for one-dimensional problems more generally, especially for models with a non-vanishing gap, a ...
... and the AKLT chain [58]. The latter is easily understood since the exact ground state of the AKLT chain is a fixed point of the DMRG iteration [48]. By now we also understand why the DMRG method works well for one-dimensional problems more generally, especially for models with a non-vanishing gap, a ...
Quantum Interaction Approach in Cognition, Artificial Intelligence
... holographic models of memory, which is an old research field in the psychology of memory. The metaphor which originally started this field is holography, that is, the observed fact that the human brain seems to have not really ‘places’ for different functions (holonomic brain theory) [30]. But, holo ...
... holographic models of memory, which is an old research field in the psychology of memory. The metaphor which originally started this field is holography, that is, the observed fact that the human brain seems to have not really ‘places’ for different functions (holonomic brain theory) [30]. But, holo ...
