72 063623 (2005) .
... processes 关1兴. The realization of Bose-Einstein condensation 共BEC兲 in dilute gases has provided a different tool for such investigations 关2兴. In the other aspect, the instability issue of Bose-Einstein condensation 共BEC兲 has been constantly addressed for its crucial role in the control, manipulation ...
... processes 关1兴. The realization of Bose-Einstein condensation 共BEC兲 in dilute gases has provided a different tool for such investigations 关2兴. In the other aspect, the instability issue of Bose-Einstein condensation 共BEC兲 has been constantly addressed for its crucial role in the control, manipulation ...
Undergraduate Philospohy Thesis: Quantum Mechanics and
... Now that we have an argument for the incompatibility of free will and determinism, we can begin the task of the "descent." There are three main types of libertarian models of free will: agent-causation, simple indeterminism, and causal indeterminism. Agent causation is the most traditional approach. ...
... Now that we have an argument for the incompatibility of free will and determinism, we can begin the task of the "descent." There are three main types of libertarian models of free will: agent-causation, simple indeterminism, and causal indeterminism. Agent causation is the most traditional approach. ...
Schroedinger`s Model of Hydrogen Atom
... physics. The mechanics is that of Newton but with restrictions on the angular momentum magnitudes. The classical theory of radiation emission is suspended in the stationary orbits; emission takes place in single quanta and occurs only as the result of changes of orbit. In the next subsection, we wil ...
... physics. The mechanics is that of Newton but with restrictions on the angular momentum magnitudes. The classical theory of radiation emission is suspended in the stationary orbits; emission takes place in single quanta and occurs only as the result of changes of orbit. In the next subsection, we wil ...
Linear spin wave theory - Paul Scherrer Institut
... Quantum mechanically: Equivalence with coupled quantum harmonic oscillators Frustration leads to spiral ground state Calculation of spin wave dispersion of a single-Q spiral Introduction to SpinW ...
... Quantum mechanically: Equivalence with coupled quantum harmonic oscillators Frustration leads to spiral ground state Calculation of spin wave dispersion of a single-Q spiral Introduction to SpinW ...
history of quantum computing
... standard, or “classical” physics, such as: 1. Superposition. If a system can be in state A or state B, it can also be in a “mixture” of the two states. If we measure it, we see either A or B, probabilistically. 2. Collapse. Any further measurements will give the same result. 3. Entanglement. There e ...
... standard, or “classical” physics, such as: 1. Superposition. If a system can be in state A or state B, it can also be in a “mixture” of the two states. If we measure it, we see either A or B, probabilistically. 2. Collapse. Any further measurements will give the same result. 3. Entanglement. There e ...
Multiphoton localization and propagating quantum gap solitons in a
... may tunnel many wavelengths away from the atom before being reabsorbed, leading to nonMarkov memory effects [5] in collective light emission from many atoms. It was recently shown that an effective model [6] describing both isotropic PBG systems and frequency dispersive media (DM) [7] doped with res ...
... may tunnel many wavelengths away from the atom before being reabsorbed, leading to nonMarkov memory effects [5] in collective light emission from many atoms. It was recently shown that an effective model [6] describing both isotropic PBG systems and frequency dispersive media (DM) [7] doped with res ...
Imaging electrostatically confined Dirac fermions in graphene
... but reflects them at larger angles of incidence1,4,5 . In a potential well with circular symmetry, electrons with high angular momenta are obliquely incident on the barrier and are internally reflected, thus leading to particle confinement and the formation of quasibound quantum dot states7–12 . As ...
... but reflects them at larger angles of incidence1,4,5 . In a potential well with circular symmetry, electrons with high angular momenta are obliquely incident on the barrier and are internally reflected, thus leading to particle confinement and the formation of quasibound quantum dot states7–12 . As ...
Consciousness in the universe A review of the ‘Orch OR’ theory ScienceDirect
... Three general possibilities regarding the origin and place of consciousness in the universe have been commonly expressed. (A) Consciousness is not an independent quality but arose, in terms of conventional physical processes, as a natural evolutionary consequence of the biological adaptation of brai ...
... Three general possibilities regarding the origin and place of consciousness in the universe have been commonly expressed. (A) Consciousness is not an independent quality but arose, in terms of conventional physical processes, as a natural evolutionary consequence of the biological adaptation of brai ...
Lecture 4: Some Properties of Qubits Introduction A Brief Recap
... • But we don’t have to measure both qubits at once! • Let’s say we measure only the first qubit, and get result 1 ...
... • But we don’t have to measure both qubits at once! • Let’s say we measure only the first qubit, and get result 1 ...
Thermal and Quantum Phase Transitions
... e.g., leading to a specific heat of C(T ) ∝ T in a Fermi liquid. In contrast, the elementary excitations of the quantum critical ground state can usually not be characterized as quasiparticles, but instead there is a critical continuum of excitations. (Examples will be presented in the course of thi ...
... e.g., leading to a specific heat of C(T ) ∝ T in a Fermi liquid. In contrast, the elementary excitations of the quantum critical ground state can usually not be characterized as quasiparticles, but instead there is a critical continuum of excitations. (Examples will be presented in the course of thi ...
Correlaciones en Mecánica Cuántica
... information theory, giving rise to one of the most studied topics in the area and whose objective is to develop different methods to quantify such correlations. Entanglement [1, 2] is perhaps the kind of quantum correlations more known and studied and since it was first described by Einstein, Podolsk ...
... information theory, giving rise to one of the most studied topics in the area and whose objective is to develop different methods to quantify such correlations. Entanglement [1, 2] is perhaps the kind of quantum correlations more known and studied and since it was first described by Einstein, Podolsk ...
Young whores-old nuns or
... directed against the orthodox interpretation of QM represented by Bohr's philosophy.1 One obvious cause for the wide acceptance of this view was the fact that Bohr himself probably saw the paper in this light and that his response paper was the first detailed refutation of the EPR paper and was publ ...
... directed against the orthodox interpretation of QM represented by Bohr's philosophy.1 One obvious cause for the wide acceptance of this view was the fact that Bohr himself probably saw the paper in this light and that his response paper was the first detailed refutation of the EPR paper and was publ ...
pdf
... for massive computational speedup. QC-based algorithms, in contrast to classical algorithms, traverse large solution spaces exponentially fast by manipulating qubits, which are superpositions of 0 and 1 states, instead of individual bits. Taking advantage of this, QC algorithms have been devised for ...
... for massive computational speedup. QC-based algorithms, in contrast to classical algorithms, traverse large solution spaces exponentially fast by manipulating qubits, which are superpositions of 0 and 1 states, instead of individual bits. Taking advantage of this, QC algorithms have been devised for ...
Chapter 1
... instance, Richard Feynman observed that quantum mechanics problems are very difficult to solve on a classical computer. This observation caused him to conclude – “we need a quantum computer to model quantum mechanical phenomena efficiently”. While working on the problem of testing quantum circuits, ...
... instance, Richard Feynman observed that quantum mechanics problems are very difficult to solve on a classical computer. This observation caused him to conclude – “we need a quantum computer to model quantum mechanical phenomena efficiently”. While working on the problem of testing quantum circuits, ...
Algebraic approach to interacting quantum systems
... languages of Nature within a single algebraic framework? The answer to this question is yes and the key outcome is a set of dictionaries relating the languages representing the different physical systems. More precisely, by dictionary we mean an isomorphic (one-to-one) mapping connecting two language ...
... languages of Nature within a single algebraic framework? The answer to this question is yes and the key outcome is a set of dictionaries relating the languages representing the different physical systems. More precisely, by dictionary we mean an isomorphic (one-to-one) mapping connecting two language ...
Wigner function formalism in Quantum mechanics
... gives the expectation value of the operator A(x,p). Because of Heisenberg’s uncertainty principle it is not possible to find such a probability distribution. The Wigner function comes close to fulfill these demands, but it will not have a direct physical interpretation as a probability distrubition ...
... gives the expectation value of the operator A(x,p). Because of Heisenberg’s uncertainty principle it is not possible to find such a probability distribution. The Wigner function comes close to fulfill these demands, but it will not have a direct physical interpretation as a probability distrubition ...