10 Resultater fundet for "Fil:Wigner_function_coherent_state.png".

Fil:Wigner function coherent state.png

DescriptionWigner function coherent state.png English: measured Wigner functions of a coherent state. The Wigner function was reconstructed with the Filtered...


Fil:Wigner function coherent state.jpg

DescriptionWigner function coherent state.jpg measured Wigner function of a coherent state Date 16 July 1998 Source dissertation Author Gerd Breitenbach...


Fil:Wigner quasiprobability distribution of cat states, grid.webm

qutip import (about, basis, coherent, coherent_dm, displace, fock, ket2dm, plot_wigner, squeeze, thermal_dm, wigner_cmap, wigner) import scipy.ndimage import...


Fil:Wignerfunction coherent 1.png

= Show[Plot3D[coherent[\[Alpha], x, p], {x, -5, 5}, {p, -5, 5}, ImageSize -> 800, Mesh -> {9, 9, Range[-1, 1, 1/4]/Pi}, MeshFunctions -> {#1 &, #2 &...


Fil:Wignerfunction coherent 0.png

= Show[Plot3D[coherent[\[Alpha], x, p], {x, -5, 5}, {p, -5, 5}, ImageSize -> 800, Mesh -> {9, 9, Range[-1, 1, 1/4]/Pi}, MeshFunctions -> {#1 &, #2 &...


Fil:Wignerfunction coherent 2.png

= Show[Plot3D[coherent[\[Alpha], x, p], {x, -5, 5}, {p, -5, 5}, ImageSize -> 800, Mesh -> {9, 9, Range[-1, 1, 1/4]/Pi}, MeshFunctions -> {#1 &, #2 &...


Fil:Wavelet analysis of instantaneous correlations with application to frequency hopped signals (IA waveletanalysiso00khal).pdf

inspection of the wavelet surfaces generated from the instantaneous correlation function of the communication signal and leads to hop start/stop times estimates...


Fil:Wigner quasiprobability distribution of a coherent state.webm

DescriptionWigner quasiprobability distribution of a coherent state.webm English: Wigner quasiprobability distribution of a coherent state. import matplotlib...


Fil:Wigner function squeezed states.png

DescriptionWigner function squeezed states.png English: measured Wigner functions of squeezed coherent states. The Wigner functions were reconstructed...


Fil:Wignerfunction thermal 0.png

thermal[T_, x_, p_] := If[T === 0, coherent[0, x, p], 1/Pi Tanh[1/(2 T)]*Exp[-(x^2/Coth[1/(2 T)]) - p^2/Coth[1/(2 T)]] ]; rq = 4; rp = 4; t = 0.003; FontS...