The Two Solid Blue Lines In The Upper Figure Are The Eigenvalues Of The

The two solid blue lines in the upper figure are the eigenvalues of the ...
The two solid blue lines in the upper figure are the eigenvalues of the ...
Blue dots are eigenvalues of K −1 K. The solid lines are the upper and ...
Blue dots are eigenvalues of K −1 K. The solid lines are the upper and ...
Blue dots are eigenvalues of K −1 K. The solid lines are the upper and ...
Blue dots are eigenvalues of K −1 K. The solid lines are the upper and ...
Lowest eigenvalues (symmetric domain) In Fig. 1, the light blue lines ...
Lowest eigenvalues (symmetric domain) In Fig. 1, the light blue lines ...
Real part of the two eigenvalues Λ ± (ξ) (red and blue lines) for the ...
Real part of the two eigenvalues Λ ± (ξ) (red and blue lines) for the ...
The lowest 10 eigenvalues plotted against force. (a) Solid lines are ...
The lowest 10 eigenvalues plotted against force. (a) Solid lines are ...
(a) Eigenvalues P (0) m (Y 0 ) of the problem (4.8) (bold solid lines ...
(a) Eigenvalues P (0) m (Y 0 ) of the problem (4.8) (bold solid lines ...
Real part of the two eigenvalues Λ ± (ξ) (red and blue lines) for the ...
Real part of the two eigenvalues Λ ± (ξ) (red and blue lines) for the ...
Solid blue lines depict the surfaces A = A τ (as in Fig. 1). Dashed red ...
Solid blue lines depict the surfaces A = A τ (as in Fig. 1). Dashed red ...
Uncertainty in the p k -space. The solid blue lines show the Euclidean ...
Uncertainty in the p k -space. The solid blue lines show the Euclidean ...
Lowest eigenvalues (symmetric domain) In Fig. 1, the light blue lines ...
Lowest eigenvalues (symmetric domain) In Fig. 1, the light blue lines ...
Eigenvalues of the S-matrix. The solid lines represent the absolute ...
Eigenvalues of the S-matrix. The solid lines represent the absolute ...
The dashed gray line in the upper figure illustrates the error of a ...
The dashed gray line in the upper figure illustrates the error of a ...
Test 2, In the first line the eigenvalues of Case 1 (left) and Case 2 ...
Test 2, In the first line the eigenvalues of Case 1 (left) and Case 2 ...
Solid lines show the dependence on the transverse field B ⊥ of the ...
Solid lines show the dependence on the transverse field B ⊥ of the ...
The dots show the two eigenvalue solutions of equation (6), which are ...
The dots show the two eigenvalue solutions of equation (6), which are ...
Sketch of the eigenvalues λ ± . The vertical lines denote the values of ...
Sketch of the eigenvalues λ ± . The vertical lines denote the values of ...
Two eigenvalues of the system (1) calculated for Au with ξ −1 = 0.15 ...
Two eigenvalues of the system (1) calculated for Au with ξ −1 = 0.15 ...
Recover eigenvalues for the Pear; solid blue lines: the norm g k z L 2 ...
Recover eigenvalues for the Pear; solid blue lines: the norm g k z L 2 ...
Surfaces for the two eigenvalues µ1 (upper red) and µ2 (lower blue) of ...
Surfaces for the two eigenvalues µ1 (upper red) and µ2 (lower blue) of ...
Test 2, In the first line the eigenvalues of Case 1 (left) and Case 2 ...
Test 2, In the first line the eigenvalues of Case 1 (left) and Case 2 ...
Recover eigenvalues for the Pear; solid blue lines: the norm g k z L 2 ...
Recover eigenvalues for the Pear; solid blue lines: the norm g k z L 2 ...
Eigenvalues as a function of q for fixed α −1 = 4.5. The blue curve ...
Eigenvalues as a function of q for fixed α −1 = 4.5. The blue curve ...
The blue curve represents the largest magnitude of all eigenvalues of ...
The blue curve represents the largest magnitude of all eigenvalues of ...
The solid line indicates the number of good eigenvalues as a function ...
The solid line indicates the number of good eigenvalues as a function ...
(Color online) The upper left panel shows the eigenvalues of (26) for ...
(Color online) The upper left panel shows the eigenvalues of (26) for ...
Surfaces for the two eigenvalues µ1 (upper red) and µ2 (lower blue) of ...
Surfaces for the two eigenvalues µ1 (upper red) and µ2 (lower blue) of ...
Comparison of the exact ͑ solid lines ͒ and effective eigenvalue ͓ ...
Comparison of the exact ͑ solid lines ͒ and effective eigenvalue ͓ ...
Sketch of the eigenvalues λ ± . The vertical lines denote the values of ...
Sketch of the eigenvalues λ ± . The vertical lines denote the values of ...
Mapping of eigenvalues by the accelerated expansion. Upper panel ...
Mapping of eigenvalues by the accelerated expansion. Upper panel ...
Figure S1: Schematic diagrams of the time-dependent eigenvalues of (a ...
Figure S1: Schematic diagrams of the time-dependent eigenvalues of (a ...
Reproduced from Ref. [99], the solid blue lines shows the calculated ...
Reproduced from Ref. [99], the solid blue lines shows the calculated ...
The eigenvalues solid lines and diagonal matrix elements dashed lines ...
The eigenvalues solid lines and diagonal matrix elements dashed lines ...
Comparison of the exact ͑ solid lines ͒ and effective eigenvalue ͓ ...
Comparison of the exact ͑ solid lines ͒ and effective eigenvalue ͓ ...
The blue circles represent the eigenvalues E (+) of the operator H ...
The blue circles represent the eigenvalues E (+) of the operator H ...
The solid blue lines show the spin up edge dispersions for a HgTe/CdTe ...
The solid blue lines show the spin up edge dispersions for a HgTe/CdTe ...

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