... Since this is a 2-dimensional problem, there must be at least two quantum numbers which determine an energy state’s wave function and energy eigenvalue (one for each spatial coordinate). This is an important concept and has led us to find additional variables which effect a systems energy but which ...
Scattering Matrix Formulation of the Total Photoionization of Two
... of two-electron atoms were at first explored from the viewpoint of the configuration interaction and the quantum defect theory [2,3]. Also, it was found that low-lying doubly-excited states could be labelled by approximate quantum numbers that could be understood in terms of group-theoretical quanti ...
... of two-electron atoms were at first explored from the viewpoint of the configuration interaction and the quantum defect theory [2,3]. Also, it was found that low-lying doubly-excited states could be labelled by approximate quantum numbers that could be understood in terms of group-theoretical quanti ...
results, conjectures and applications to quasicrystals
... of translated ν (R) has a compact closure Ω which is called the Hull of R. The translation group Rd acts on Ω by homeomorphisms, so that (Ω, Rd ) defines a topological dynamical system. We will denote by τ a the translation by a ∈ Rd acting on Ω. It turns out that given any ω∈Ω one can find a unifor ...
... of translated ν (R) has a compact closure Ω which is called the Hull of R. The translation group Rd acts on Ω by homeomorphisms, so that (Ω, Rd ) defines a topological dynamical system. We will denote by τ a the translation by a ∈ Rd acting on Ω. It turns out that given any ω∈Ω one can find a unifor ...
Computer simulated thermal energy atomic
... frame of quantum mechanics. The time dependent Schr odinger equation has been applied that corresponds to an initial value problem. This picture provides simple visualisation and physical interpretation. The physical space has been chosen large enough for containing the whole interaction region of ...
... frame of quantum mechanics. The time dependent Schr odinger equation has been applied that corresponds to an initial value problem. This picture provides simple visualisation and physical interpretation. The physical space has been chosen large enough for containing the whole interaction region of ...
approximation of thermal equilibrium for quantum gases with
... APPROXIMATION OF THERMAL EQUILIBRIUM FOR QUANTUM GASES ...
... APPROXIMATION OF THERMAL EQUILIBRIUM FOR QUANTUM GASES ...
Trapping and Cooling Fermionic Atoms into Mott and - IPhT
... lattice spacing, and 0 the chemical potential. We consider a mixture with equal number N=2 of " and # atoms. Experimentally the interaction parameter U and the hopping parameter J can be tuned independently changing the optical lattice height and using a Feshbach resonance. Note that the descriptio ...
... lattice spacing, and 0 the chemical potential. We consider a mixture with equal number N=2 of " and # atoms. Experimentally the interaction parameter U and the hopping parameter J can be tuned independently changing the optical lattice height and using a Feshbach resonance. Note that the descriptio ...
Spin Angular Momentum and the Dirac Equation
... The divergence of displacement is ∂x ax + ∂y ay = 2(cos ϕ − 1), which is not zero in general. The theory of elastic waves could be improved by including higher-order deriatives, [8] but this does not solve the fundamental limitation to small displacements. Instead we use a different approach based on ...
... The divergence of displacement is ∂x ax + ∂y ay = 2(cos ϕ − 1), which is not zero in general. The theory of elastic waves could be improved by including higher-order deriatives, [8] but this does not solve the fundamental limitation to small displacements. Instead we use a different approach based on ...