Category:Quantum mechanics
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physikalische Theorie der Teilchen der Materie, ihrer Eigenschaften und Gesetzmäßigkeiten  | |||||
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BNE-Kennung: Onerkategoriin
Uun detdiar kategorii stun 59 onerkategoriin faan 59 uun't gehial.
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A
- Aufbau principle (52 D)
B
- Quantum biology (11 D)
- Bloch spheres (47 D)
- Bra–ket notation (22 D)
C
- Casimir effect (14 D)
- Compton scattering (49 D)
D
- Quantum decoherence (8 D)
- Delta potential (5 D)
- Density matrix (7 D)
E
- Ehrenfest theorem (1 D)
F
- Fermi-Dirac distribution (26 D)
- Fock space (20 D)
H
- Hardy's paradox (2 D)
I
M
N
O
P
- Path integral formulation (7 D)
Q
- Quantum state discrimination (14 D)
R
- Rabi oscillations (13 D)
S
- Spin-½ (2 D)
- Superfluidity (29 D)
T
U
V
W
- Wave–particle duality (1 S, 6 D)
Meedien uun kategorii "Quantum mechanics"
Uun detdiar kategorii stun jodiar 200 datein faan 301 uun't gehial.
(leetst sidj (turag)) (naist sidj)
100 trajectories guided by the wave function.png 2.000 × 1.375; 1,51 MB
2D Friedel oscillations.jpg 600 × 600; 28 KB
2dhyp.png 462 × 462; 43 KB
3 trajectories guided by the wave function.png 2.000 × 1.375; 712 KB
3ht.svg 355 × 72; 8 KB
4ht.svg 125 × 32; 4 KB
6ht.svg 292 × 178; 11 KB
Gomme quantique Fentes Young.png 650 × 579; 67 KB
A New Paradigm of Quantum Certainty Third.pdf 1.275 × 1.650, 34 sidjen; 205 KB
Absorption et émission d'énergie par un atome.svg 655 × 273; 114 KB
Absorption TIE.png 450 × 292; 19 KB
AKLT GroundState.png 600 × 176; 43 KB
Anharmonic Oscillator & Evolution of the Universe.png 659 × 501; 30 KB
Anyon as a charge-flux composite.svg 166 × 195; 40 KB
Anyon worldline topology.svg 331 × 206; 73 KB
AOPDF principle.png 636 × 300; 35 KB
Applications of gravity cartography quantum sensing.webp 1.016 × 1.476; 177 KB
Atomchip.png 1.809 × 672; 173 KB
AtomicBreath.jpg 1.349 × 991; 104 KB
Avoided crossing in linear field fr.svg 377 × 302; 21 KB
Avoided-crossing fr.png 500 × 319; 19 KB
Avoided-crossing.svg 346 × 240; 9 KB
AWTCONT.png 1.950 × 3.020; 5,43 MB
Bande energetiche quantum well.jpg 640 × 400; 29 KB
Barriera di potenziale.PNG 255 × 177; 2 KB
Basic QCSE.jpg 730 × 250; 34 KB
Bell State Decoder.jpg 765 × 266; 19 KB
Bell theorem.png 945 × 524; 42 KB
Bell's Theorem JCB.jpg 2.322 × 678; 194 KB
Bell's Theorem QM JCB.jpg 1.930 × 663; 185 KB
Bell-pic1.PNG 521 × 314; 8 KB
Bell-pic2.PNG 521 × 314; 8 KB
Bell-theorem-abc-1.svg 538 × 119; 7 KB
Bell-theorem-abc-2.svg 538 × 149; 19 KB
Bell-theorem1.svg 538 × 119; 7 KB
Bell-theorem2.svg 538 × 149; 19 KB
Bernstein Vazirani quantum circuit.png 462 × 176; 10 KB
Bohr atom model occitan.png 1.048 × 898; 69 KB
Bohr atom model occitan1.png 1.048 × 898; 69 KB
Bra ket inner product.svg 208 × 242; 8 KB
BS-states-1.jpg 960 × 720; 30 KB
BS-states.jpg 960 × 720; 30 KB
C*- Álgebras e a Descrição da Mecânica Quântica.pdf 1.239 × 1.752, 12 sidjen; 570 KB
Cartesian and ket vector components bases projection.svg 717 × 893; 95 KB
Centro de Massa em um Sistema de partículas com 3 dimensões.jpg 631 × 634; 14 KB
Ch xesn100b3ap film.gif 285 × 217; 646 KB
Co ellipse.png 841 × 524; 195 KB
Cold emission (field off).png 1.650 × 1.250; 56 KB
Cold emission (field on).png 1.650 × 1.250; 81 KB
Competition of ideas within an GenI swarm.jpg 1.051 × 841; 141 KB
Competition within a GenI-swarm.jpg 2.100 × 840; 235 KB
Conical intersection.svg 162 × 146; 289 KB
Conscious experience in Orch-OR theory.png 980 × 570; 77 KB
ConsistentHistories-Strahlteiler.svg 695 × 670; 61 KB
Constudnaive3.png 305 × 179; 4 KB
Convergence svm.png 447 × 335; 3 KB
- De-quantenphysik-article.ogg 21 min 10 s; 19,72 MB
Deltxyz.png 710 × 307; 5 KB
Derived Planck Units CODATA 2014.png 12.983 × 7.548; 4,23 MB
Diag jab poziom.pdf 1.752 × 1.239; 63 KB
Die Planckschwelle- G,c,h.jpg 159 × 154; 2 KB
Diffraction par une fente - inégalité de Heisenberg.jpg 374 × 327; 36 KB
Dimensional analysis and the correspondence between classical and quantum uncertainty.pdf 1.239 × 1.754, 24 sidjen; 1,35 MB
Dirac - Orthogonality Theorem.png 580 × 424; 89 KB
DiracChains.png 327 × 186; 3 KB
Displacement operator.jpg 3.508 × 2.480; 162 KB
Double-slit away from slits.jpg 1.512 × 360; 212 KB
Double-slit close to slits.jpg 1.512 × 360; 119 KB
Double-slit-correspondence-principle.svg 652 × 652; 115 KB
Dtdxdydz.png 710 × 286; 2 KB
DZOpQ44X4AM8m t.jpg 2.048 × 1.152; 167 KB
Déflexion électronique dans tube cathodique.jpg 356 × 144; 10 KB
Effet Compton en terme corpusculaire.jpg 240 × 320; 22 KB
Einstein's light box -kn.svg 581 × 666; 72 KB
Einstein's light box as.svg 581 × 666; 72 KB
Einstein's light box ml.svg 581 × 666; 71 KB
Einstein's light box-hi.svg 581 × 666; 70 KB
Einstein's light box-mr.svg 581 × 666; 72 KB
Einstein's light box-ne.svg 581 × 666; 72 KB
Einstein's light box-ta.svg 581 × 666; 70 KB
Einstein's light box.svg 581 × 666; 74 KB
Einstein's light box.te.svg 581 × 666; 70 KB
Einstein's Mirror in Radiation Field.svg 420 × 336; 86 KB
Einstein1906.pdf 825 × 1.275, 11 sidjen; 492 KB
Electron cloud densitometry-Example 2.png 1.045 × 426; 592 KB
ElectronSpinLeiden2017 (cropped).jpg 846 × 1.019; 179 KB
ElectronSpinLeiden2017 (cropped2).jpg 668 × 983; 149 KB
ElectronSpinLeiden2017.jpg 5.472 × 3.648; 5,77 MB
Elettroni e fenditure.gif 384 × 384; 11 KB
EM Flux of Light Waves.png 1.638 × 851; 95 KB
EPR paradox thought experiment.svg 501 × 1.001; 25 KB
Erősen kölcsönható gáz.jpg 167 × 400; 36 KB
Espectrofreq.JPG 673 × 424; 14 KB
Et fig2 zh.png 527 × 505; 4 KB
Example 1 Electron cloud densitometry.png 1.100 × 423; 479 KB
Example of Trajectory Evolution.png 415 × 280; 29 KB
Exchange interaction 1.PNG 427 × 300; 9 KB
Excitation norsk.png 1.045 × 1.200; 102 KB
FentesYoungExperience.jpg 945 × 658; 180 KB
Fermis Golden Rule.pdf 725 × 447; 50 KB
Fig-Squeezing5 D RS.jpg 1.198 × 2.834; 379 KB
Finite-well-roots.gif 360 × 373; 7 KB
Fisica - Domenis d'aplicacion dei diferentei teorias.png 1.470 × 1.127; 104 KB
FRET-Spin.svg 425 × 213; 13 KB
Friedel oscillations in 1D.pdf 750 × 450; 20 KB
G4 graph.png 402 × 344; 8 KB
GenI swarms observations along target values from 0 to 1.jpg 1.051 × 736; 53 KB
- Gia Dvali.webm 12 min 27 s, 640 × 360; 33,52 MB
Grlim.jpg 496 × 349; 12 KB
H-atom-1.jpg 967 × 712; 41 KB
H-atom-2.jpg 967 × 712; 31 KB
H-atom-3.jpg 967 × 712; 31 KB
H-atom-4.jpg 967 × 712; 43 KB
H-atom-5.jpg 967 × 712; 43 KB
H2 dissociation.pdf 727 × 418; 101 KB
Hadamard transform on 3 qubits.png 776 × 201; 25 KB
Hamilton analogy zh-hans.svg 450 × 260; 197 KB
Hamilton analogy zh-hant.svg 450 × 260; 220 KB
Hamiltonian of the NV center.png 1.379 × 277; 63 KB
Harmonic-oscillator-eigenstates.svg 744 × 553; 203 KB
Hartree-Products vs Slater-Determinants.png 735 × 739; 108 KB
Heisenberg microscope with wavefronts and electron scatter.svg 298 × 738; 83 KB
Heisenberg's Uncertainty Principle Graph.png 360 × 360; 78 KB
Heisenbergs uncertainty principle.svg 570 × 505; 18 KB
HollowSphereIndeterminacy.svg 460 × 342; 16 KB
Ht1.svg 139 × 36; 4 KB
Ht2.svg 197 × 40; 4 KB
Ic B dependence01.jpg 2.928 × 1.952; 683 KB
Imatge Llei de Born 01.svg 744 × 709; 29 KB
Impact of GenI swarm size on amplitudes.jpg 1.051 × 656; 161 KB
Infinitesimal rotation operator qm.svg 332 × 210; 14 KB
Infinitesimal translation operator qm.svg 279 × 213; 11 KB
Interference electrons double-slit at 10cm.png 1.512 × 1.012; 787 KB
JPEG1.jpg 635 × 319; 14 KB
JPEG2.jpg 758 × 397; 25 KB
JPEG3.jpg 559 × 212; 13 KB
Ket vector components bases projection.svg 709 × 495; 48 KB
Ket vector components.svg 573 × 424; 21 KB
Kim EtAl Quantum Eraser Results.svg 705 × 534; 28 KB
KimDelayedChoiceQuantumEraserGraphs.jpg 351 × 403; 60 KB
KimDelayedChoiceQuantumEraserGraphsSVG.svg 535 × 445; 132 KB
Klassifizierung von Interpretationen.svg 512 × 231; 69 KB
Les-axes-du-temps-imaginaire(v)-et-du-temps-reel.jpg 400 × 400; 53 KB
LS coupling (corrected).png 4.677 × 3.305; 1,08 MB
Main physical theories.svg 512 × 302; 264 KB
Many-worlds.svg 510 × 330; 16 KB
Mass Properties.PNG 550 × 491; 41 KB
Mbqc-fig-single qubit pattern.jpg 2.370 × 1.229; 65 KB
Measure.png 378 × 252; 6 KB
Measurement Based (two qubits).jpg 3.317 × 938; 109 KB
Measurement Based (two qubits).png 365 × 214; 5 KB
Mermin's inequality.pdf 2.485 × 1.300; 27 KB
Messwahrscheinlichkeit nach Präparation.svg 370 × 305; 86 KB
Mesure quantique1.png 560 × 420; 5 KB
Mesure quantique2.png 560 × 420; 5 KB
MIT-Pilot-Waves-collage1.png 1.278 × 852; 1,27 MB
MIT-Pilot-Waves-collage2.png 1.278 × 851; 1,22 MB
Mulri-telescope-status1.svg 744 × 1.052; 22 KB
Multi-telescope-status2.svg 744 × 1.052; 33 KB
MWI Strahlteiler.svg 780 × 800; 152 KB
Nitrogen-vacancy center.png 330 × 350; 178 KB
Non-adiabatic atomic collision.svg 512 × 512; 4 KB
Nottolino quantico.jpg 402 × 326; 30 KB
NV-energy-levels.svg 501 × 563; 6 KB
NV-transitions.svg 642 × 576; 8 KB
One dimensional quantum random walk.png 360 × 235; 10 KB
Orders of magnitude (no annotations, horizontal layout).png 4.032 × 853; 6,83 MB
Oscillator probability densities.svg 540 × 360; 46 KB
Oscillator wavefunctions.svg 540 × 360; 47 KB
Page of a letter by Hendrik Antoon Lorentz to Erwin Schrödinger - June 19, 1926.jpg 1.300 × 1.728; 644 KB
Particle worldline topology.svg 313 × 176; 41 KB
Particle-in-a-box-3d.svg 1.076 × 1.265; 169 KB
ParticleStatistics.svg 840 × 941; 27 KB
Path-integral-mwi.svg 435 × 570; 32 KB
Paths-many-worlds.svg 740 × 605; 43 KB
- Paul Rudd Explores the Quantum Realm with NASA.webm 2 min 59 s, 1.280 × 720; 23,62 MB
PeakedCI.jpg 335 × 263; 33 KB
Persistent Current Ring.png 550 × 272; 21 KB
Phase-amplitude plots of several Laguerre-Gauss modes.svg 878 × 784; 3,06 MB
PhaseGate.png 542 × 353; 15 KB
Photons diffraction.jpg 1.500 × 300; 104 KB
Photons trajectories for Arago spot.jpg 1.500 × 300; 126 KB
Physical picture.jpg 465 × 345; 26 KB
Planck Einstein relation.svg 89 × 26; 3 KB
Pmp cyc a3.png 310 × 260; 3 KB
Pmp cyc a4.png 234 × 198; 3 KB
PmpModelClosed.png 450 × 401; 8 KB
PmpModelOpen.png 1.162 × 408; 11 KB
PNG1l.png 1.905 × 957; 90 KB
PNG2l.png 2.274 × 1.191; 294 KB
Poschl–Teller potential.png 434 × 258; 14 KB
Position spin state vector.svg 326 × 348; 17 KB
Prod-num-range-nonconvex.pdf 625 × 614; 26 KB
Q-otto-cycle.pdf 1.189 × 883; 79 KB
QBE Theory.pdf 900 × 600; 203 KB
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