Gravitational lensing in presence of plasma O.Yu. Tsupko G.S. Bisnovatyi-Kogan
... Another way to expand the usual gravitational lens theory is to consider a medium instead vacuum. In cosmic space the light rays propagate through the plasma. The consideration of the photon deflection in presence of gravitating center and plasma around it was considered in classical book of problem ...
... Another way to expand the usual gravitational lens theory is to consider a medium instead vacuum. In cosmic space the light rays propagate through the plasma. The consideration of the photon deflection in presence of gravitating center and plasma around it was considered in classical book of problem ...
Effect of Spin-Orbit Interactions on the 0.7 Anomaly in Quantum
... [19–23], but not with the present emphasis on their interplay with the QPC barrier shape and EEI, which are crucial for understanding the effect of SOI on the 0.7-anomaly. Setup.—We consider a heterostructure forming a twodimensional electron system (2DES) in the xy plane. Gate voltages are used to ...
... [19–23], but not with the present emphasis on their interplay with the QPC barrier shape and EEI, which are crucial for understanding the effect of SOI on the 0.7-anomaly. Setup.—We consider a heterostructure forming a twodimensional electron system (2DES) in the xy plane. Gate voltages are used to ...
平成 24 年度 修士論文 Filamentary plasma formation modeling in cm
... where, ε =εrε0, μ=μrμ0, ε0and μ0 are permittivity and permeability of free space, εr and μr are relative values of permittivity and permeability for a specific linear isotropic medium respectively, for free space and air the values of εr and μr can be considered as one. The first equation (2-7) is t ...
... where, ε =εrε0, μ=μrμ0, ε0and μ0 are permittivity and permeability of free space, εr and μr are relative values of permittivity and permeability for a specific linear isotropic medium respectively, for free space and air the values of εr and μr can be considered as one. The first equation (2-7) is t ...
vortices - University of Toronto Physics
... There is actually a lot more interesting physics to be gained from this analogy.The usual ‘gravitational bending of light’ (ie., of phonons) doesn’t happen here. Instead, phonons are deflected in the same sense, no matter which side of the vortex core they pass. One can also ask about the precession ...
... There is actually a lot more interesting physics to be gained from this analogy.The usual ‘gravitational bending of light’ (ie., of phonons) doesn’t happen here. Instead, phonons are deflected in the same sense, no matter which side of the vortex core they pass. One can also ask about the precession ...
08 Waves Chapters 8_-_waves_combined
... I’m thinking about getting a sports car.” One of the students hears the tail end of the statement and tells a friend out in the hall, “Mr. Gunderson just bought a sports car, I think he got a Ferrari.” The Physics Kahuna supposes that this is possible. Anyway, two hours later one of the students in ...
... I’m thinking about getting a sports car.” One of the students hears the tail end of the statement and tells a friend out in the hall, “Mr. Gunderson just bought a sports car, I think he got a Ferrari.” The Physics Kahuna supposes that this is possible. Anyway, two hours later one of the students in ...
Vector Algebra and Vector Fields Part 1. Vector Algebra. Part 2
... in a coordinate plane, for instance for the vectors ~a = (ax; ay ; 0) and ~b = (bx; by ; 0). We immediately see that the x and y components of their cross product are equal to nought because they have factors of az and bz in them, which are both equal to nought. Thus the only nonzero component is th ...
... in a coordinate plane, for instance for the vectors ~a = (ax; ay ; 0) and ~b = (bx; by ; 0). We immediately see that the x and y components of their cross product are equal to nought because they have factors of az and bz in them, which are both equal to nought. Thus the only nonzero component is th ...
Paper
... properties of the condensate beyond the structure factor. Equation (7) seems to imply that enhancement of a process requires macroscopic population of a quantum state, i.e., bosonic quantum degeneracy. The discussion on matter wave amplification for fermions in Section 10 shows that this is not the ...
... properties of the condensate beyond the structure factor. Equation (7) seems to imply that enhancement of a process requires macroscopic population of a quantum state, i.e., bosonic quantum degeneracy. The discussion on matter wave amplification for fermions in Section 10 shows that this is not the ...
asteroid deflection by means of electromagnetic forces during
... Eventually, the variation of the b-vector can be expressed in terms of the applied forces. Therefore, given the initial trajectory, the mass of the asteroid (and the mass of the impactor) and the force applied (or the velocity relative to the asteroid), we can compute directly the variation of the b ...
... Eventually, the variation of the b-vector can be expressed in terms of the applied forces. Therefore, given the initial trajectory, the mass of the asteroid (and the mass of the impactor) and the force applied (or the velocity relative to the asteroid), we can compute directly the variation of the b ...
upgrade your physics - Oxford Physics
... where is now best thought of as the angle between force and direction of motion. Again we see that if the force is perpendicular to the direction of motion, no power is needed. This makes sense: think of a bike going round a corner at constant speed. A force is needed to turn the corner that’s why ...
... where is now best thought of as the angle between force and direction of motion. Again we see that if the force is perpendicular to the direction of motion, no power is needed. This makes sense: think of a bike going round a corner at constant speed. A force is needed to turn the corner that’s why ...
Solving Simultaneous Equations and Matrices
... represented using a pencil and paper to draw lines of length and direction corresponding to the vectors. The snooker ball example illustrates vector addition and multiplication of a vector by a scale factor or, in vector terminology, multiplication of a vector by a scalar. Adding and in a geometric ...
... represented using a pencil and paper to draw lines of length and direction corresponding to the vectors. The snooker ball example illustrates vector addition and multiplication of a vector by a scale factor or, in vector terminology, multiplication of a vector by a scalar. Adding and in a geometric ...
General formula for symmetry factors of Feynman diagrams
... diagram is associated with a factor known as symmetry factor (S-factor). There are some ways to calculate this factor such as given in [1] (for more details, see [2–5]) using functional derivative method. A computer program [6] is also written based on this method to find out S-factors of higher-ord ...
... diagram is associated with a factor known as symmetry factor (S-factor). There are some ways to calculate this factor such as given in [1] (for more details, see [2–5]) using functional derivative method. A computer program [6] is also written based on this method to find out S-factors of higher-ord ...