Topics in Ultracold Atomic Gases: Strong Interactions and Quantum
... quantum gases, and quantum Hall physics in neutral atoms. First we give a brief introduction on basic scattering models in atomic physics, and an approach to adjust the interactions between atoms. We also include a list of experimental probes in cold atom physics. After these introductions, in Chapt ...
... quantum gases, and quantum Hall physics in neutral atoms. First we give a brief introduction on basic scattering models in atomic physics, and an approach to adjust the interactions between atoms. We also include a list of experimental probes in cold atom physics. After these introductions, in Chapt ...
Generation of scale invariant magnetic fields in
... the coherent magnetic fields in the intergalactic medium has been obtained [23, 24]. These observations cannot be explained by astrophysical process alone and, it seems inevitable that, at least on the largest scales, the magnetic fields have a cosmological origin. This has led to the construction ...
... the coherent magnetic fields in the intergalactic medium has been obtained [23, 24]. These observations cannot be explained by astrophysical process alone and, it seems inevitable that, at least on the largest scales, the magnetic fields have a cosmological origin. This has led to the construction ...
Dark Weak Force and Condensed Matter Contents
... has been whether Z 0 charges of elementary particles are screened in electro-weak length scale or not. For a long time the hypothesis was that the charges are feeded to larger space-time sheets in this length scale rather than screened by vacuum charges so that an effective screening results in elec ...
... has been whether Z 0 charges of elementary particles are screened in electro-weak length scale or not. For a long time the hypothesis was that the charges are feeded to larger space-time sheets in this length scale rather than screened by vacuum charges so that an effective screening results in elec ...
21-6 The Electric Field
... 21-6 The Electric Field Example 21-7: E at a point between two charges. Two point charges are separated by a distance of 10.0 cm. One has a charge of -25 μC and the other +50 μC. (a) Determine the direction and magnitude of the electric field at a point P between the two charges that is 2.0 cm from ...
... 21-6 The Electric Field Example 21-7: E at a point between two charges. Two point charges are separated by a distance of 10.0 cm. One has a charge of -25 μC and the other +50 μC. (a) Determine the direction and magnitude of the electric field at a point P between the two charges that is 2.0 cm from ...
Green`s Function of an Infinite Slot Printed Between Two
... any space points. Our formulation is based on the representation of a continuous spectrum of modes which has poles at the solution of the dispersion equation, i.e., at the complex wavenumbers of the leaky-wave guided modes. A general treatment of the continuous spectrum of modes for open ended waveg ...
... any space points. Our formulation is based on the representation of a continuous spectrum of modes which has poles at the solution of the dispersion equation, i.e., at the complex wavenumbers of the leaky-wave guided modes. A general treatment of the continuous spectrum of modes for open ended waveg ...
Stage 2 Physics Subject Outline (for teaching in 2018)
... Physics is a 10-credit subject or a 20-credit subject at Stage 1 and a 20-credit subject at Stage 2. The study of Physics is constructed around using qualitative and quantitative models, laws, and theories to better understand matter, forces, energy, and the interaction among them. Physics seeks to ...
... Physics is a 10-credit subject or a 20-credit subject at Stage 1 and a 20-credit subject at Stage 2. The study of Physics is constructed around using qualitative and quantitative models, laws, and theories to better understand matter, forces, energy, and the interaction among them. Physics seeks to ...
Chapter 9 MOTION IN FIELDS
... To ind the velocity with which the particle strikes the ground we must remember that velocity is a vector quantity. So, using Pythagoras’ theorem at the point of impact (to take into account both the vertical component of velocity and the horizontal component of velocity) we have that the velocity h ...
... To ind the velocity with which the particle strikes the ground we must remember that velocity is a vector quantity. So, using Pythagoras’ theorem at the point of impact (to take into account both the vertical component of velocity and the horizontal component of velocity) we have that the velocity h ...
The Electric Field
... • If they charges are both positive, they will repel one another. Moving two charges that repel each other closer together requires mechanical work. This work will be stored as electric potential energy, as is shown in the figure below. If the charges are released, they fly apart from one another, c ...
... • If they charges are both positive, they will repel one another. Moving two charges that repel each other closer together requires mechanical work. This work will be stored as electric potential energy, as is shown in the figure below. If the charges are released, they fly apart from one another, c ...
One-dimensional theory of the quantum Hall system
... It is commonly believed that even more complex states are realized in the quantum Hall system. Of special interest, in particular due to their possible application as topologically protected quantum bits, or ’qubits’ (building blocks for a quantum computer) [9], are non-abelian states [19] that may ...
... It is commonly believed that even more complex states are realized in the quantum Hall system. Of special interest, in particular due to their possible application as topologically protected quantum bits, or ’qubits’ (building blocks for a quantum computer) [9], are non-abelian states [19] that may ...
15. GRAND UNIFIED THEORIES 15. Grand Unified Theories 15.1. Grand Unification 1
... Finally, larger symmetry groups have been considered. For example, E(6) has a fundamental representation 27, which under SO(10) transforms as a [16 + 10 + 1]. The breaking pattern E(6) → SU(3)C × SU(3)L × SU(3)R is also possible. With the additional permutation symmetry Z(3) interchanging the three ...
... Finally, larger symmetry groups have been considered. For example, E(6) has a fundamental representation 27, which under SO(10) transforms as a [16 + 10 + 1]. The breaking pattern E(6) → SU(3)C × SU(3)L × SU(3)R is also possible. With the additional permutation symmetry Z(3) interchanging the three ...
Topological Defects 18.354 L24 Order Parameters, Broken Symmetry, and Topology James P. Sethna
... FIG. 12: (a) Hedgehog defect. Magnets have no line defects (you can’t lasso a basketball), but do have point defects. ⃗ (x) = M0 x̂. You can’t Here is shown the hedgehog defect, M surround a point defect in three dimensions with a loop, but you can enclose it in a sphere. The order parameter space, ...
... FIG. 12: (a) Hedgehog defect. Magnets have no line defects (you can’t lasso a basketball), but do have point defects. ⃗ (x) = M0 x̂. You can’t Here is shown the hedgehog defect, M surround a point defect in three dimensions with a loop, but you can enclose it in a sphere. The order parameter space, ...