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... Lie algebroid, or globally in terms of a special Lie (or Lie–Weinstein) symmetry groupoid representations that can also take into account the spin exchange interactions between the Jahn–Teller centers exhibiting such quantum dynamic effects. Unlike the simple symmetries expressed by group representa ...
... Lie algebroid, or globally in terms of a special Lie (or Lie–Weinstein) symmetry groupoid representations that can also take into account the spin exchange interactions between the Jahn–Teller centers exhibiting such quantum dynamic effects. Unlike the simple symmetries expressed by group representa ...
Transport Electron through a Quantum Wire by Side-Attached Asymmetric Quantum-Dot Chains
... manner leads to interesting interference effects [3]. Quantum effects in rings attached to leads, quantum wire connected to quantum dots and multi-chain nano-rings, serve as promising prototypes to the design of further nano-devices, since coupling to the continuum states shows an even-odd parity ef ...
... manner leads to interesting interference effects [3]. Quantum effects in rings attached to leads, quantum wire connected to quantum dots and multi-chain nano-rings, serve as promising prototypes to the design of further nano-devices, since coupling to the continuum states shows an even-odd parity ef ...
The D-Wave Quantum Computer - D
... other electronics work together flawlessly. Lockheed acquired a D-Wave system to find new ways to create and test these complex radar, space and aircraft systems. In 2013 Google, NASA and USRA created the Quantum Artificial Intelligence Lab and installed a D-Wave quantum computer at NASA’s Ames Rese ...
... other electronics work together flawlessly. Lockheed acquired a D-Wave system to find new ways to create and test these complex radar, space and aircraft systems. In 2013 Google, NASA and USRA created the Quantum Artificial Intelligence Lab and installed a D-Wave quantum computer at NASA’s Ames Rese ...
Anomaly of non-locality and entanglement in teaching quantum
... Schrödinger’s reply [1] to the paradox posed by Einstein et al. [2] motivated the modern notion of entanglement in a quantum system. Schrödinger, opposing EPR, did not recognize any conflict in their argument and regarded entanglement, or the impossibility of describing two particles separately fr ...
... Schrödinger’s reply [1] to the paradox posed by Einstein et al. [2] motivated the modern notion of entanglement in a quantum system. Schrödinger, opposing EPR, did not recognize any conflict in their argument and regarded entanglement, or the impossibility of describing two particles separately fr ...
implications of quantum logic to the notion of transcendence
... function, Einstein argues, «must be taken as representing, not the entire physical state of a system, but only our partial knowledge of that state» (Sklar. 217). Deep down the arguments of Einstein, there was a belief that physical theories must be deterministic in order to be complete. Bohr’s inter ...
... function, Einstein argues, «must be taken as representing, not the entire physical state of a system, but only our partial knowledge of that state» (Sklar. 217). Deep down the arguments of Einstein, there was a belief that physical theories must be deterministic in order to be complete. Bohr’s inter ...
LECTURES ON SYMPLECTIC REFLECTION ALGEBRAS Setting. W
... Proof. It follows from Lemma 13.1 that the algebra D∑ ) = eD~ (hReg )#W e acts on ~ (h C[hReg ]W [~] = eC[hReg ][~]. So it is enough to compute ni=1 Da2i f , where f ∈ C[hReg ]W . But Dai f = ai f because s(f ) = f for all s ∈ S. Now ∑ ⟨αs , a⟩ ...
... Proof. It follows from Lemma 13.1 that the algebra D∑ ) = eD~ (hReg )#W e acts on ~ (h C[hReg ]W [~] = eC[hReg ][~]. So it is enough to compute ni=1 Da2i f , where f ∈ C[hReg ]W . But Dai f = ai f because s(f ) = f for all s ∈ S. Now ∑ ⟨αs , a⟩ ...
Universal Quantum Computation with the Exchange Interaction
... is a strong interaction, so that it should permit very fast gate operation, well into the GHz range for several of the proposals. At the same time, it is very short ranged, arising from the spatial overlap of electronic wavefunctions, so that it should be possible to have an on-off ratio of many ord ...
... is a strong interaction, so that it should permit very fast gate operation, well into the GHz range for several of the proposals. At the same time, it is very short ranged, arising from the spatial overlap of electronic wavefunctions, so that it should be possible to have an on-off ratio of many ord ...
Localization in discontinuous quantum systems
... the cylinder. For such discontinuous maps the hypothesis of KAM theorem are not satisfied and the motion is typically unbounded even if it is possible to mark two different dynamical regimes (both diffusive). Discontinuous maps also emerge from the study of more concrete physical models, such as the ...
... the cylinder. For such discontinuous maps the hypothesis of KAM theorem are not satisfied and the motion is typically unbounded even if it is possible to mark two different dynamical regimes (both diffusive). Discontinuous maps also emerge from the study of more concrete physical models, such as the ...
Introduction to Quantum Computation
... classical computer take time proportional to O(n!). But Shor’s algorithm for factoring on a quantum computer takes time proportional to O(n2 log n). ...
... classical computer take time proportional to O(n!). But Shor’s algorithm for factoring on a quantum computer takes time proportional to O(n2 log n). ...
