Angular momenta dynamics in magnetic and electric
... with large angular-momentum quantum numbers (M 43 = = = 433,, say, in molecular physics, where the classical approach can obtain reasonably accurate results [1]. Classical equations for large angular momentum are often easier to solve. This makes it possible to treat a whole class of problems, whi ...
... with large angular-momentum quantum numbers (M 43 = = = 433,, say, in molecular physics, where the classical approach can obtain reasonably accurate results [1]. Classical equations for large angular momentum are often easier to solve. This makes it possible to treat a whole class of problems, whi ...
Microshutters for particle velocity measurements: Modelling and
... - Technology mission to verify autonomous formation flying (Guidance, Navigation, and Control, GNC) for future European space missions. - Consists of two spacecraft, MAIN and TARGET, that will demonstrate rendezvous and coarse formation flight. Swedish Space Corporation (SSC) main contractor along w ...
... - Technology mission to verify autonomous formation flying (Guidance, Navigation, and Control, GNC) for future European space missions. - Consists of two spacecraft, MAIN and TARGET, that will demonstrate rendezvous and coarse formation flight. Swedish Space Corporation (SSC) main contractor along w ...
On the Stability of Classical Orbits of the Hydrogen Ground State in
... stability, our recent numerics always lead to self-ionisation. Here the de la Peña-Puthoff argument is extended to elliptic orbits. For very eccentric orbits with energy close to zero and angular momentum below some not-small value, there is on the average a net gain in energy for each revolution, w ...
... stability, our recent numerics always lead to self-ionisation. Here the de la Peña-Puthoff argument is extended to elliptic orbits. For very eccentric orbits with energy close to zero and angular momentum below some not-small value, there is on the average a net gain in energy for each revolution, w ...
Chapter 4 The structure of diatomic molecules
... • We use these roots {Wi} as approximations to the energies of the lowest n states {Ei}. • If approximations to the energies of more states are wanted, we add more functions fk (k > n) into to the trial function . ( = cifi) • Addition of more functions fk can be shown to increase the accuracy of ...
... • We use these roots {Wi} as approximations to the energies of the lowest n states {Ei}. • If approximations to the energies of more states are wanted, we add more functions fk (k > n) into to the trial function . ( = cifi) • Addition of more functions fk can be shown to increase the accuracy of ...
The Theory of Von Klitzing`s Constant and Phases
... This in principle makes the values of h/ie2 (i=integer). int"single electron" type theory is sufficient to obtain the value quite uncertain. The experimental uncertainty in the value of 25812.8 is only 0.2 but then in principle uncertainty is 2.810-3 which is a few parts per thousand. The plateau ...
... This in principle makes the values of h/ie2 (i=integer). int"single electron" type theory is sufficient to obtain the value quite uncertain. The experimental uncertainty in the value of 25812.8 is only 0.2 but then in principle uncertainty is 2.810-3 which is a few parts per thousand. The plateau ...
Quantum information processing with polar molecules
... [... similar results expected for coupling to quantum dots (Delft)] [compare with CQED with atoms in optical and microwave regime] ...
... [... similar results expected for coupling to quantum dots (Delft)] [compare with CQED with atoms in optical and microwave regime] ...
Coulomb’s Law ( ) πε
... • i.e. linear superposition of forces due to all other charges • Test charge: one which does not influence other ‘real charges’ – samples the electric field, potential • Electric field experienced by a test charge qi ar ri is Fi 1 qj ˆ Ei (ri ) = = ∑ r ...
... • i.e. linear superposition of forces due to all other charges • Test charge: one which does not influence other ‘real charges’ – samples the electric field, potential • Electric field experienced by a test charge qi ar ri is Fi 1 qj ˆ Ei (ri ) = = ∑ r ...