The present work proposes a theoretical method called ionization dynamics to derive the ionic charge state distribution. Using relativistic quantum mechanics to
Two structure functions W1(x,Q2) and W2(x,Q2) are determined by using the cross sections measured in the deep inelastic electron-proton scattering experiments a
A scheme for probabilistically teleporting an unknown one-particle state of S-level by a group of pairs of partially entangled 2-level particle state is propose
A model of Hopfield neural networks with continuously distributed delays is considered. A new sufficient condition which guarantees global exponential stability
By applying the nonlinear interaction between internal and external degrees of a trapped ion with theassistance of two pairs or three pairs of laser beams that
We find that the coherent state projection operator representation of the two-mode squeezing operator constitutes a loyal group representation of symplectic gro