On analytic properties of the photon polarization function in a background magnetic field (vol B 522, pg 257, 2001)

2 Department of Educational Psychology and Counseling / Institute for Research Excellence in Learning Science, National Taiwan Normal University. Research on embodied cognition

Then, we tested the influence of θ for the rate of convergence of Algorithm 4.1, by using this algorithm with α = 15 and four different θ to solve a test ex- ample generated as

Particularly, combining the numerical results of the two papers, we may obtain such a conclusion that the merit function method based on ϕ p has a better a global convergence and

Then, it is easy to see that there are 9 problems for which the iterative numbers of the algorithm using ψ α,θ,p in the case of θ = 1 and p = 3 are less than the one of the

Field operators a † ↵, (q) and a ↵, (q) create or destroy a photon or exciton (note that both are bosonic excitations) with in-plane momentum q and polarization (there are

A diamagnetic material placed in an external magnetic field B ext develops a magnetic dipole moment directed opposite B ext. If the field is nonuniform, the diamagnetic material

A diamagnetic material placed in an external magnetic field B ext develops a magnetic dipole moment directed opposite B ext.. If the field is nonuniform, the diamagnetic material

--coexistence between d+i d singlet and p+ip-wave triplet superconductivity --coexistence between helical and choral Majorana