The Four Lowest Eigenstates From Left To Right And Top To Bottom Of

The four lowest eigenstates (from left to right and top to bottom) of ...
The four lowest eigenstates (from left to right and top to bottom) of ...
The four lowest eigenstates (from left to right and top to bottom) of ...
The four lowest eigenstates (from left to right and top to bottom) of ...
From bottom to top it is shown the energy curves of the eigenstates ...
From bottom to top it is shown the energy curves of the eigenstates ...
From bottom to top it is shown the energy curves of the eigenstates ...
From bottom to top it is shown the energy curves of the eigenstates ...
Projection of the eigenstates and schematic TO illustration of the ...
Projection of the eigenstates and schematic TO illustration of the ...
The pseudospin of the right (purple) and left (yellow) eigenstates with ...
The pseudospin of the right (purple) and left (yellow) eigenstates with ...
Right and left microscale eigenvectors associated with the four lowest ...
Right and left microscale eigenvectors associated with the four lowest ...
The real part of the wave functions of four of the lowest eigenstates ...
The real part of the wave functions of four of the lowest eigenstates ...
The progression of the four lowest eigenstates of the p = 1 potential ...
The progression of the four lowest eigenstates of the p = 1 potential ...
Energy level diagram of the four lowest eigenstates of the Z ϭ 12 ion ...
Energy level diagram of the four lowest eigenstates of the Z ϭ 12 ion ...
The four lowest energy eigenstates in the one-exciton manifold of VD ...
The four lowest energy eigenstates in the one-exciton manifold of VD ...
The progression of the four lowest eigenstates of the p = 1 potential ...
The progression of the four lowest eigenstates of the p = 1 potential ...
The progression of the four lowest eigenstates of the p = 2 potential ...
The progression of the four lowest eigenstates of the p = 2 potential ...
The progression of the four lowest eigenstates of the p = 1 potential ...
The progression of the four lowest eigenstates of the p = 1 potential ...
Top: eigenstates corresponding to the eigenvalues E1 (left) and E2 ...
Top: eigenstates corresponding to the eigenvalues E1 (left) and E2 ...
Four types of eigenstates resulting from coupling within and between ...
Four types of eigenstates resulting from coupling within and between ...
Lowest three energy eigenstates corresponding to the periodic potential ...
Lowest three energy eigenstates corresponding to the periodic potential ...
Four types of eigenstates resulting from coupling within and between ...
Four types of eigenstates resulting from coupling within and between ...
The eigenstates in (red) and out of (blue) the inner circle. Four ...
The eigenstates in (red) and out of (blue) the inner circle. Four ...
Left panel: The numbers on the left correspond to the indices of the ...
Left panel: The numbers on the left correspond to the indices of the ...
Typical nature of the eigenstates corresponding to the Hamiltonian ...
Typical nature of the eigenstates corresponding to the Hamiltonian ...
Top row: Energies of the lowest eigenstates in the subspace with one ...
Top row: Energies of the lowest eigenstates in the subspace with one ...
(a) The mean values of each phase of the right eigenstates and the ...
(a) The mean values of each phase of the right eigenstates and the ...
The progression of the four lowest eigenstates of the p = 2 potential ...
The progression of the four lowest eigenstates of the p = 2 potential ...
Four eigenstates close to an energy where the 1:1 resonance is just ...
Four eigenstates close to an energy where the 1:1 resonance is just ...
Effective energies (5) for the lowest four eigenstates of the NJ=ψ ...
Effective energies (5) for the lowest four eigenstates of the NJ=ψ ...
Left are the 4 eigenstates of the elementary rays individually ...
Left are the 4 eigenstates of the elementary rays individually ...
The four lowest eigenenergies E1, …4 of the coupled Majorana ...
The four lowest eigenenergies E1, …4 of the coupled Majorana ...
The four basic types of possible common eigenstates for the ...
The four basic types of possible common eigenstates for the ...
Wave functions of the two lowest eigenstates of a particle moving in ...
Wave functions of the two lowest eigenstates of a particle moving in ...
Level scheme for eigenstates of the considered model systems NA and NB ...
Level scheme for eigenstates of the considered model systems NA and NB ...
Eigenstates Ψ 1 (θ) (bottom), Ψ 2 (θ) (middle) and Ψ 3 (θ) (top) of the ...
Eigenstates Ψ 1 (θ) (bottom), Ψ 2 (θ) (middle) and Ψ 3 (θ) (top) of the ...
Wave functions of the two lowest eigenstates of a particle moving in ...
Wave functions of the two lowest eigenstates of a particle moving in ...
(a) A schematic of the four many-body eigenstates of a single ...
(a) A schematic of the four many-body eigenstates of a single ...
The four basic types of possible eigenstates for the eigenvalue -1: (a ...
The four basic types of possible eigenstates for the eigenvalue -1: (a ...
Top left: The energy eigenstates of the unperturbed (ω = 0 ...
Top left: The energy eigenstates of the unperturbed (ω = 0 ...

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