
ECE2 The Second Paradigm Shift Chapter Five
... In UFT333 it is shown that the ECE2 hamiltonian can be quantized using at least four different classification schemes, each leading to different spectral results. The method used by Dirac is a subjective choice of approximation. The schemes in UFT333 are illustrated with rigorous quantization of the ...
... In UFT333 it is shown that the ECE2 hamiltonian can be quantized using at least four different classification schemes, each leading to different spectral results. The method used by Dirac is a subjective choice of approximation. The schemes in UFT333 are illustrated with rigorous quantization of the ...
Time-asymptotic wave propagation in collisionless plasmas
... near the basic solution A⬅0 which corresponds to complete Landau damping. We find that, if any nonzero solution for A ‘‘bifurcates’’ from A⬅0 共for a ‘‘critical’’ initial condition兲, then it is given, at leading order, by a finite superposition of wave modes whose phase velocities satisfy a Vlasov di ...
... near the basic solution A⬅0 which corresponds to complete Landau damping. We find that, if any nonzero solution for A ‘‘bifurcates’’ from A⬅0 共for a ‘‘critical’’ initial condition兲, then it is given, at leading order, by a finite superposition of wave modes whose phase velocities satisfy a Vlasov di ...
distribution functions in physics: fundamentals
... used to evaluate expectation values of functions of 4 and j3 (provided the operators are ordered properly, the ordering for P1 being different than that for P2), they do not possess what we regard as desirable properties (see section 2). In fact, they are, in general, not real. The association of di ...
... used to evaluate expectation values of functions of 4 and j3 (provided the operators are ordered properly, the ordering for P1 being different than that for P2), they do not possess what we regard as desirable properties (see section 2). In fact, they are, in general, not real. The association of di ...
III. Spin and orbital angular momentum
... Each elementary particle has a fixed magnitude of the spin vector, given by the quantum number s. However, the projection of the spin onto one axis, typically chosen to be the z-axis, is needed in addition to the coordinates (or momenta) to fully specify the state of the particle. A complete descrip ...
... Each elementary particle has a fixed magnitude of the spin vector, given by the quantum number s. However, the projection of the spin onto one axis, typically chosen to be the z-axis, is needed in addition to the coordinates (or momenta) to fully specify the state of the particle. A complete descrip ...
In search of symmetry lost
... nature. Discovering new particles, as such, is secondary. In recent times, however, physicists have often found that their most profound concepts, when implemented with rigorous logic, are reflected in the existence of new particles. This happens because both quantum mechanics and special relativity ...
... nature. Discovering new particles, as such, is secondary. In recent times, however, physicists have often found that their most profound concepts, when implemented with rigorous logic, are reflected in the existence of new particles. This happens because both quantum mechanics and special relativity ...
Driven Problems in Quantum and Classical Mechanics with Floquet
... there are tools to make qualitative statements about their general behaviour. In this paper, various problems, both with and without analytical solutions, in both classical and quantum mechanics, will be examined and their general behaviours indentified with the help of Floquet theory. Floquet multi ...
... there are tools to make qualitative statements about their general behaviour. In this paper, various problems, both with and without analytical solutions, in both classical and quantum mechanics, will be examined and their general behaviours indentified with the help of Floquet theory. Floquet multi ...