Dynamical Franz-Keldysh effect in the optical and terahertz regime
... to alter significantly the interband optical properties; for example, to achieve ultra-high-speed optical switching.6 Moreover, two-color radiation methods ~THz and near-IR! applied to mesoscopic semiconductors7 have been recently developed. To characterize accurately and optimize the performance of ...
... to alter significantly the interband optical properties; for example, to achieve ultra-high-speed optical switching.6 Moreover, two-color radiation methods ~THz and near-IR! applied to mesoscopic semiconductors7 have been recently developed. To characterize accurately and optimize the performance of ...
Quantum Teleportation
... computing, with a photon, which is handier for communication). Alice and Bob can preshare large quantities of entangled states, and later Alice can teleport quantum states to Bob using classical communication only, which is much easier to accomplish than coherent quantum communication. Entanglement ...
... computing, with a photon, which is handier for communication). Alice and Bob can preshare large quantities of entangled states, and later Alice can teleport quantum states to Bob using classical communication only, which is much easier to accomplish than coherent quantum communication. Entanglement ...
Between classical and quantum
... On the assumption that quantum mechanics is universal and complete, we discuss three ways in which classical physics has so far been believed to emerge from quantum physics, namely in the limit ~ → 0 of small Planck’s constant (in a finite system), in the limit N → ∞ of a large system with N degrees ...
... On the assumption that quantum mechanics is universal and complete, we discuss three ways in which classical physics has so far been believed to emerge from quantum physics, namely in the limit ~ → 0 of small Planck’s constant (in a finite system), in the limit N → ∞ of a large system with N degrees ...
ORAMs in a Quantum World - Cryptology ePrint Archive
... yield quantum-secure architectures. Various recent works [2, 12, 48] have found a negative answer to such question: not only this is not the case for many known constructions, but also whole families of security proofs can be identified, which do not hold in a quantum setting. Under this light, an i ...
... yield quantum-secure architectures. Various recent works [2, 12, 48] have found a negative answer to such question: not only this is not the case for many known constructions, but also whole families of security proofs can be identified, which do not hold in a quantum setting. Under this light, an i ...
Transport Properties of Interacting Edge Modes in 2D Topological
... electron-impurity coupling and interactions to the scenario. It will be shown, that a nite out-of-plane coupling can be accounted for, by a change of interaction parameters. A rich phase diagram will be presented, depending on the interaction strength. For weakly attractive or repulsive interactions ...
... electron-impurity coupling and interactions to the scenario. It will be shown, that a nite out-of-plane coupling can be accounted for, by a change of interaction parameters. A rich phase diagram will be presented, depending on the interaction strength. For weakly attractive or repulsive interactions ...
review on the quantum spin Hall effect by Macijeko, Hughes, and
... term, and the effective theory of the QH state is just the topological Chern-Simons term. This topological field theory is generally valid in the presence of disorder and interactions. Until very recently, QH states were the only topological states for which the existence had been firmly established ...
... term, and the effective theory of the QH state is just the topological Chern-Simons term. This topological field theory is generally valid in the presence of disorder and interactions. Until very recently, QH states were the only topological states for which the existence had been firmly established ...
Five Lecture Course on Basic Physics of
... • It is important that at such low temperatures a superconductor can be considered to be a single large quantum particle or molecule which is characterized by a single (BCS) wave function. • A huge amount of electrons is incorporated into a single quantum state. This is not possible for normal elect ...
... • It is important that at such low temperatures a superconductor can be considered to be a single large quantum particle or molecule which is characterized by a single (BCS) wave function. • A huge amount of electrons is incorporated into a single quantum state. This is not possible for normal elect ...
Read State-of-the-art Report (pdf file) - FB3
... hinted by Bennett [12], any forward computation (or execution) can be transformed into a reversible one by just keeping an history of all the information overwritten and hence lost (for example a variable update) by the forward computation, and then use this information to reverse (or undo) the forw ...
... hinted by Bennett [12], any forward computation (or execution) can be transformed into a reversible one by just keeping an history of all the information overwritten and hence lost (for example a variable update) by the forward computation, and then use this information to reverse (or undo) the forw ...
Spin squeezing and quantum correlations
... non-oriented states, and studied their squeezing properties. It is clear from our analysis that squeezing is exhibited only by non-oriented states. Considering in particular the nonoriented states of a spin-1 system, we have shown that they exhibit squeezing. This has been illustrated in two differe ...
... non-oriented states, and studied their squeezing properties. It is clear from our analysis that squeezing is exhibited only by non-oriented states. Considering in particular the nonoriented states of a spin-1 system, we have shown that they exhibit squeezing. This has been illustrated in two differe ...
Quantum walk search on satisfiability problems random
... labeled "big 0" notation, is the most common basis for comparison between algorithms. Problems are divided into computational complexity classes generally by the time requirements of their best possible algorithms using big 0 notation. The two main complexity classes used to classify the difficulty ...
... labeled "big 0" notation, is the most common basis for comparison between algorithms. Problems are divided into computational complexity classes generally by the time requirements of their best possible algorithms using big 0 notation. The two main complexity classes used to classify the difficulty ...
Pure Wave Mechanics and the Very Idea of Empirical Adequacy
... process described by rule 4b (1956, 77). Pure wave mechanics is consistent since, with only the linear dynamics, there can be no conflict between incompatible dynamical laws as illustrated in the hypothetical drama. In this sense, pure wave mechanics immediately solves the consistency problem. The q ...
... process described by rule 4b (1956, 77). Pure wave mechanics is consistent since, with only the linear dynamics, there can be no conflict between incompatible dynamical laws as illustrated in the hypothetical drama. In this sense, pure wave mechanics immediately solves the consistency problem. The q ...
Simulating the transverse Ising model on a quantum computer: Error... with the surface code ), Hao You (
... outwards where more logical qubits are located. (b) Representation of Z stabilizer Ẑ1234 = Ẑ1 Ẑ2 Ẑ3 Ẑ4 in the surface code (left) and quantum circuit (right) for one surface code cycle for measurement of Ẑ1234 . The Z stabilizer is indicated by a star in green. Data qubits 1, 2, 3, and 4 are l ...
... outwards where more logical qubits are located. (b) Representation of Z stabilizer Ẑ1234 = Ẑ1 Ẑ2 Ẑ3 Ẑ4 in the surface code (left) and quantum circuit (right) for one surface code cycle for measurement of Ẑ1234 . The Z stabilizer is indicated by a star in green. Data qubits 1, 2, 3, and 4 are l ...
CHAPTER 5 The Bohr Model of the Atom
... range, the eye does not respond to them. When the eye receives several different frequencies at the same time, the colors are “blended” by the brain. If all frequencies of visible light enter the eye together, the brain sees white, and if no visible light enters the eye, the brain sees black. All th ...
... range, the eye does not respond to them. When the eye receives several different frequencies at the same time, the colors are “blended” by the brain. If all frequencies of visible light enter the eye together, the brain sees white, and if no visible light enters the eye, the brain sees black. All th ...
A new approach for the two-electron cumulant in natural orbital
... pair density for parallel-spin electrons, which is poorly described by its predecessor [11]. Unlike density functional theory (DFT), density matrix functional theory affords an exact energy functional for two-electron systems [6, 14]. The ansatz presented here can be reduced to this exact expression ...
... pair density for parallel-spin electrons, which is poorly described by its predecessor [11]. Unlike density functional theory (DFT), density matrix functional theory affords an exact energy functional for two-electron systems [6, 14]. The ansatz presented here can be reduced to this exact expression ...
PHYS - University of New Brunswick
... PHYS 1061, 1062, 1091, 1092 or equivalent. PHYS 1803 Physics and Society (O) 3 ch (3C) [W] This course aims to investigate the two way interaction between society and physics. The ideas of physics have percolated into the collective consciousness both as scientific knowledge and as cultural referenc ...
... PHYS 1061, 1062, 1091, 1092 or equivalent. PHYS 1803 Physics and Society (O) 3 ch (3C) [W] This course aims to investigate the two way interaction between society and physics. The ideas of physics have percolated into the collective consciousness both as scientific knowledge and as cultural referenc ...