Quantum mechanics of electrons in strong magnetic field
... To obtain a more concrete idea about the size of the gap between two adjacent Landau levels, we estimate itthe Landau gap. In a typical metal in the field B of the order 10T and taking electron mass me ' 10−27 g, one can estimate the gap roughly as ~Ω = ~eB/me c ' 1.5 ∗ 10−15 erg ' 15K. In a semico ...
... To obtain a more concrete idea about the size of the gap between two adjacent Landau levels, we estimate itthe Landau gap. In a typical metal in the field B of the order 10T and taking electron mass me ' 10−27 g, one can estimate the gap roughly as ~Ω = ~eB/me c ' 1.5 ∗ 10−15 erg ' 15K. In a semico ...
Physical Composition
... 2. Historical and philosophical background The thought that the material world has a natural compositional structure exerted a powerful hold on the imagination of scientists and philosophers long before they were taken to be practicing separate disciplines. Among rival conceptions of this structure ...
... 2. Historical and philosophical background The thought that the material world has a natural compositional structure exerted a powerful hold on the imagination of scientists and philosophers long before they were taken to be practicing separate disciplines. Among rival conceptions of this structure ...
Fault-tolerant quantum computation
... In topological quantum computing, quantum gates are protected from noise at the physical level. Here, too, the key notion is that by encoding quantum information nonlocally (in the fusion spaces of many nonabelian anyons) it can be protected against damage due to local noise. [Freedman talk] Methods ...
... In topological quantum computing, quantum gates are protected from noise at the physical level. Here, too, the key notion is that by encoding quantum information nonlocally (in the fusion spaces of many nonabelian anyons) it can be protected against damage due to local noise. [Freedman talk] Methods ...
A quantum delayed choice experiment
... III. Quantum delayed-choice experiment with a Schrödinger cat-like BS R1 is produced by the field stored in a resonator, R2(θ) produced by a classical field. When the resonator is filled with a coherent field ( ), R1 is present, leading to ...
... III. Quantum delayed-choice experiment with a Schrödinger cat-like BS R1 is produced by the field stored in a resonator, R2(θ) produced by a classical field. When the resonator is filled with a coherent field ( ), R1 is present, leading to ...
Pedestrian notes on quantum mechanics
... but in localized quantum states. According to DeWitt, massiveness of the pointer compared to the measured system is absolutely necessary to get experimental results/outcomes. However, the concept of massiveness is not elaborated by DeWitt (unless to say that Map ≫ ms ). At the nanometer scale, meso ...
... but in localized quantum states. According to DeWitt, massiveness of the pointer compared to the measured system is absolutely necessary to get experimental results/outcomes. However, the concept of massiveness is not elaborated by DeWitt (unless to say that Map ≫ ms ). At the nanometer scale, meso ...
How We May Be Free From Physics - Philsci
... positions and momenta of all the particles and any state at any time is completely determined when the state at another time is given together with the three laws (of motion, of gravity, and of electromagnetism) in the same rigorous sense of entailment (or derivability) as given above. This recipe, ...
... positions and momenta of all the particles and any state at any time is completely determined when the state at another time is given together with the three laws (of motion, of gravity, and of electromagnetism) in the same rigorous sense of entailment (or derivability) as given above. This recipe, ...
Introduction - the Max Planck Institute for the Physics of Complex
... Entanglement spectrum of the 12-particle 1/3 Laughlin state for L1 =10. Left panels show the symmetric cut and right panels show one of the asymmetric cuts (see above). The blue squares represent numerically obtained data. The assigned edge modes are labeled by green dots while the combinations of t ...
... Entanglement spectrum of the 12-particle 1/3 Laughlin state for L1 =10. Left panels show the symmetric cut and right panels show one of the asymmetric cuts (see above). The blue squares represent numerically obtained data. The assigned edge modes are labeled by green dots while the combinations of t ...
Quantum Computation - University of Denver
... certain situations it becomes awkward. In such situations, we revert to standard mathematical notation. 3. QUANTUM MECHANICS. Quantum mechanics is a theory that describes atomic and subatomic particles (quantum particles) and their interactions. Examples of quantum particles are electrons, protons, ...
... certain situations it becomes awkward. In such situations, we revert to standard mathematical notation. 3. QUANTUM MECHANICS. Quantum mechanics is a theory that describes atomic and subatomic particles (quantum particles) and their interactions. Examples of quantum particles are electrons, protons, ...
Light as a particle
... gap. Instead they are forced to make their way around the circuit, passing through an ammeter. The ammeter measures the strength of the photoelectric effect. An unexpected dependence on frequency The photoelectric effect was discovered serendipitously by Heinrich Hertz in 1887, as he was experimenti ...
... gap. Instead they are forced to make their way around the circuit, passing through an ammeter. The ammeter measures the strength of the photoelectric effect. An unexpected dependence on frequency The photoelectric effect was discovered serendipitously by Heinrich Hertz in 1887, as he was experimenti ...
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... components. However in this thesis work, we will only be interested in the motion of the Nitrogen atom along a direction normal to the plane of the Hydrogen atoms by taking the molecule to be in a fixed state as regards of other degrees of freedom. To study the inversion phenomenon of ammonia, time ...
... components. However in this thesis work, we will only be interested in the motion of the Nitrogen atom along a direction normal to the plane of the Hydrogen atoms by taking the molecule to be in a fixed state as regards of other degrees of freedom. To study the inversion phenomenon of ammonia, time ...
