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ORCIDCompendium of Quantum Physics, 2009
- Daniel M. Greenberger, Klaus Hentschel, Friedel Weinert:
Compendium of Quantum Physics. Springer 2009, ISBN 978-3-540-70622-9 - Holger Lyre:
Aharonov - Bohm Effect. 1-3 - Daniel Rohrlich:
Aharonov-Casher Effect. 3-6 - Nicolaas P. Landsman:
Algebraic Quantum Mechanics. 6-10 - Jon Magne Leinaas:
Anyons. 10-14 - Anthony J. Leggett:
Aspect Experiment. 14-18 - Klaus Hentschel:
Atomic Models, J.J. Thomson's "Plum Pudding" Model. 18-21 - Klaus Hentschel:
Atomic Models, Nagaoka's Saturnian Model. 22-23 - Anthony J. Leggett:
Bell's Theorem. 24-31 - Daniel Rohrlich:
Berry's Phase. 31-36 - Dieter Hoffmann:
Black Body. 36-39 - Clayton Gearhart:
Black-Body Radiation. 39-42 - Basil J. Hiley:
Bohm Interpretation of Quantum Mechanics. 43-47 - Detlev Dürr, Sheldon Goldstein, Roderich Tumulka
, Nino Zanghí:
Bohmian Mechanics. 47-55 - Basil J. Hiley:
Bohm's Approach to the EPR Paradox. 55-58 - Arne Schirrmacher:
Bohr's Atomic Model. 58-61 - Helge Kragh:
Bohr - Kramers - Slater Theory. 62-64 - Nicolaas P. Landsman:
Born Rule and its Interpretation. 64-70 - Anthony J. Leggett:
Bose-Einstein Condensation. 71-74 - Arianna Borrelli:
Bose - Einstein Statistics. 74-78 - Bruce R. Wheaton:
Bremsstrahlung. 78-81 - Charlotte Bigg:
Brownian Motion. 81-84 - Jeffrey Bub:
Bub - Clifton Theorem. 84-86 - Peter Milonni, Umar Mohideen:
Casimir Effect. 87-88 - Theodore Arabatzis:
Cathode Rays. 89-92 - Mauricio Suárez:
Causal Inference and EPR. 93-96 - Hans J. Briegel:
Cluster States. 96-105 - Peter Milonni, Michael Martin Nieto:
Coherent States. 106-108 - Oscar Wallace Greenberg:
Color Charge Degree of Freedom in Particle Physics. 109-111 - Henry Stapp:
Complementarity Principle. 111-113 - Roderich Tumulka:
Complex-Conjugate Number. 114-115 - Friedel Weinert:
Compton Experiment (or Compton Effect). 115-117 - Robert B. Griffiths:
Consistent Histories. 117-122 - Richard Healey:
Correlations in Quantum Mechanics. 122-125 - Brigitte Falkenburg:
Correspondence Principle. 125-131 - Lev Vaidman:
Counterfactuals in Quantum Mechanics. 132-136 - Klaus Mainzer:
Covariance. 136-138 - Claus Kiefer:
CPT Theorem. 138-139 - Christopher Witte:
Creation and Annihilation Operators. 139-145 - Dagmar Bruß:
Creation and Detection of Entanglement. 145-149 - Friedel Weinert:
Davisson - Germer Experiment. 150-152 - Bruce R. Wheaton:
De Broglie Wavelength (γ = h/p). 152-154 - Erich Joos:
Decoherence. 155-159 - Daniel M. Greenberger:
Degeneracy. 159-161 - Anthony J. Leggett:
Delayed-Choice Experiments. 161-166 - Leslie Ballentine:
Density Matrix. 166 - Werner Stulpe:
Density Operator. 166-169 - Christian Heinicke:
Diffeomorphism Invariance. 170-171 - Helge Kragh:
Dirac Equation. 171-172 - Roderich Tumulka:
Dirac Notation. 172-174 - Gregg S. Jaeger:
Double-Slit Experiment (or Two-Slit Experiment). 174-178 - Paul Busch:
Effect. 179-180 - Erich Joos:
Ehrenfest Theorems. 180-182 - Henry P. Stapp:
Einstein Locality. 182-188 - John C. H. Spence:
Electron Interferometry. 188-195 - Theodore Arabatzis:
Electrons. 195-199 - Leslie E. Ballentine:
Ensembles in Quantum Mechanics. 199-201 - Peter Mittelstaedt:
Entanglement. 201-202 - Dagmar Bruß:
Entanglement Purification and Distillation. 202-205 - Dominik Janzing:
Entropy of Entanglement. 205-209 - Peter Mittelstaedt:
EPR-Problem (Einstein-Podolsky-Rosen Problem). 209-211 - Daniel Rohrlich:
Errors and Paradoxes in Quantum Mechanics. 211-220 - Michela Massimi:
Exclusion Principle (or Pauli Exclusion Principle). 220-222 - Maximilian Schlosshauer:
Experimental Observation of Decoherence. 223-229 - Simon Saunders:
Fermi-Dirac Statistics. 230-235 - David Kaiser:
Feynman Diagrams. 235-239 - Helge Kragh:
Fine-Structure Constant. 239-240 - Friedel Weinert:
Franck - Hertz Experiment. 241-243 - Cecile DeWitt-Morette:
Functional Integration; Path Integrals. 243-247 - Holger Lyre:
Gauge Symmetry. 248-255 - Oscar Wallace Greenberg:
Generalizations of Quantum Statistics. 255-258 - Daniel M. Greenberger:
GHZ (Greenberger - Horne - Zeilinger) Theorem and GHZ States. 258-263 - Carsten Held:
Gleason's Theorem. 263-266 - Roman Frigg:
GRW Theory (Ghirardi, Rimini, Weber Model of Quantum Mechanics). 266-270 - Christopher Witte:
Hamiltonian Operator. 271-275 - Antonio Acín:
Hardy Paradox. 275-278 - Marianne Breinig:
Heisenberg Microscope. 279-280 - Marianne Breinig:
Heisenberg Picture. 280-281 - Paul Busch, Brigitte Falkenburg:
Heisenberg Uncertainty Relation (Indeterminacy Relations). 281-283 - Basil J. Hiley:
Hidden Variables. 284-287 - Abner Shimony:
Hidden-Variables Models of Quantum Mechanics (Noncontextual and Contextual). 287-291 - Erhard Scholz, Werner Stulpe:
Hilbert Space. 291-295 - Richard Healey:
Holism in Quantum Mechanics. 295-298 - Simon Saunders:
Identity of Quanta. 299-304 - Peter Mittelstaedt:
Ignorance Interpretation of Quantum Mechanics. 305-306 - Brigitte Falkenburg, Friedel Weinert:
Indeterminism and Determinism in Quantum Mechanics. 307-311 - Nick Huggett, Tom Imbo:
Indistinguishability. 311-317 - Lev Vaidman:
Interaction-Free Measurements (Elitzur - Vaidman, EV IFM). 317-322 - Klaus Mainzer:
Invariance. 322-324 - Jeffrey A. Barrett:
Ithaca Interpretation of Quantum Mechanics. 325-326 - Klaus Hentschel:
jj-Coupling. 327 - Daniela Wuensch:
Kaluza - Klein Theory. 328-331 - Carsten Held:
Kochen - Specker Theorem. 331-335 - Klaus Hentschel:
Landés g-factor and g-formula. 336-337 - Brigitte Falkenburg:
Large-Angle Scattering. 337-339 - Klaus Hentschel:
Light Quantum. 339-346 - Henry P. Stapp:
Locality. 347-348 - Gregor Weihs:
Loopholes in Experiments. 348-355 - Paul Busch, Pekka Lahti:
Lüders Rule. 356-358 - Antoine Weis:
Magnetic Resonance. 359-363 - Jeffrey A. Barrett:
Many Worlds Interpretation of Quantum Mechanics. 363-367 - Henry Stapp:
Matrix Mechanics. 368-371 - Bruce R. Wheaton:
Matter Waves. 371-373 - Paul Busch, Pekka Lahti:
Measurement Theory. 374-379 - Markus Arndt:
Mesoscopic Quantum Phenomena. 379-384 - Craig Callender:
Metaphysics of Quantum Mechanics. 384-389 - Peter Mittelstaedt:
Mixed State. 389-390 - Andrzej Kajetan Wróblewski:
Mixing and Oscillations of Particles. 390-393 - Meir Hemmo:
Modal Interpretations of Quantum Mechanics. 394-401 - Helmut Rauch:
Neutron Interferometry. 402-404 - Stefan Weigert:
No-Cloning Theorem. 404-405 - Henry Stapp:
Nonlocality. 405-410 - Hanne Andersen:
Nuclear Fission. 411-413 - Brigitte Falkenburg:
Nuclear Models. 414-416 - Peter Mittelstaedt:
Objectification. 417-420 - Storrs McCall:
Objective Quantum Probabilities. 420-425 - Paul Busch, Pekka Lahti:
Observable. 425-428 - Paul G. Kwiat:
One- and Two-Photon Interference. 428-434 - Diederik Aerts:
Operational Quantum Mechanics, Quantum Axiomatics and Quantum Structures. 434-440 - Werner Stulpe:
Operator. 440-444 - Henry Stapp:
Orthodox Interpretation of Quantum Mechanics. 444-447 - Roderich Tumulka:
Orthonormal Basis. 447-449 - Andrzej Kajetan Wróblewski:
Parity. 450-455 - Kimball A. Milton:
Particle Physics. 455-459 - Brigitte Falkenburg:
Particle Tracks. 460-465 - Oscar Wallace Greenberg:
Parton Model. 465-468 - Klaus Hentschel:
Paschen - Back Effect. 468-470 - Roderich Tumulka:
Pauli Spin Matrices. 470-472 - Bruce R. Wheaton:
Photoelectric Effect. 472-475 - Basil J. Hiley:
Pilot Waves. 476-478 - Dieter Hoffmann:
Planck's Constant h. 478-480 - Roderich Tumulka:
POVM (Positive Operator Value Measure). 480-484 - Brigitte Falkenburg, Peter Mittelstaedt:
Probabilistic Interpretation of Quantum Mechanics. 485-491 - Abner Shimony:
Probability in Quantum Mechanics. 492-497 - Werner Stulpe:
Projection. 497-499 - Sheldon Goldstein:
Projection Postulate. 499-501 - Mauricio Suárez:
Propensities in Quantum Mechanics. 502-505 - Lev Vaidman:
Protective Measurements. 505-508 - Helge Kragh:
Quantization (First, Second). 509-510 - Nicolaas P. Landsman:
Quantization (Systematic). 510-514 - Stefan Weigert:
Quantum Chaos. 514-517 - Ana Simões:
Quantum Chemistry. 518-523 - Kimball A. Milton:
Quantum Chromodynamics (QCD). 524-527 - Michel Le Bellac:
Quantum Communication. 527-533 - Michel Le Bellac:
Quantum Computation. 533-538 - Kimball A. Milton:
Quantum Electrodynamics (QED). 539-543 - Dominik Janzing:
Quantum Entropy. 543-546 - Basil J. Hiley:
Quantum Eraser. 546-549 - Frank Wilczek:
Quantum Field Theory. 549-564 - Claus Kiefer:
Quantum Gravity (General) and Applications. 565-572 - Rolf R. Gerhardts, Jürgen Weis, Klaus von Klitzing:
Quantum Hall Effect. 572-591 - Paul G. Kwiat:
Quantum Interrogation. 591-595 - Howard J. Carmichael:
Quantum Jump Experiments. 595-599 - Klaus Hentschel:
Quantum Jumps. 599-601 - Peter Mittelstaedt:
Quantum Logic. 601-604 - Klaus Hentschel:
Quantum Numbers. 605-607 - Mauricio Suárez:
Quantum State Diffusion Theory (QSD). 608 - Stefan Weigert:
Quantum State Reconstruction. 609-611 - Arianna Borrelli:
Quantum Statistics. 611-612 - Klaus Hentschel:
Quantum Theory, Crisis Period 1923-Early 1925. 613-617 - Clayton Gearhart:
Quantum Theory, Early Period (1900-1913). 617-622 - Erich Joos:
Quantum Zeno Effect. 622-625 - Nicolaas P. Landsman:
Quasi-Classical Limit. 626-629 - Friedel Weinert:
Radioactive Decay Law (Rutherford-Soddy). 630-632 - Helge Kragh:
Relativistic Quantum Mechanics. 632-637 - Arianna Borrelli:
Renormalization. 637-640 - Jean-Pierre Antoine, Robert C. Bishop, Arno Bohm, Sujeev Wickramasekara:
Rigged Hilbert Spaces in Quantum Physics. 640-650 - Jean-Pierre Antoine, Arno Bohm, Sujeev Wickramasekara:
Rigged Hilbert Spaces for the Dirac Formalism of Quantum Mechanics. 651-660 - Arno Bohm, Nathan Harshman:
Rigged Hilbert Spaces and Time Asymmetric Quantum Theory. 660-670 - Klaus Hentschel:
Russell-Saunders Coupling. 671 - J. L. Heilbron:
Rutherford Atom. 671-675 - Brigitte Falkenburg:
Scattering Experiments. 676-681 - Marianne Breinig:
Schrodinger Equation. 681-685 - Henry Stapp:
Schrödinger's Cat. 685-689 - Marianne Breinig:
Schrödinger Picture. 689-690 - Klaus Hentschel:
Selection Rules. 690-692 - Werner Stulpe:
Self-Adjoint Operator. 692-697 - Markus Arndt:
Semi-classical Models. 697-701 - Alfred Seeger:
Solitons. 702-716 - Michael Eckert:
Sommerfeld School. 716-718 - Clayton Gearhart:
Specific Heats. 719-721 - Klaus Hentschel:
Spectroscopy. 721-725 - Klaus Hentschel:
Spin. 726-731 - Antoine Weis:
Spin Echo. 731-733 - Arianna Borrelli:
Spin Statistics Theorem. 733-736 - Martin Bodo Plenio:
Squeezed States. 736-738 - Klaus Hentschel:
Stark Effect. 738-742 - Leslie Ballentine:
States in Quantum Mechanics. 742-744 - Leslie E. Ballentine:
States, Pure and Mixed, and Their Representations. 744-746 - Friedel Weinert:
Stern - Gerlach Experiment. 746-750 - Kostas Gavroglu:
Superconductivity. 750-757 - Kostas Gavroglu:
Superfluidity. 758-766 - Daniel J. Gauthier:
Superluminal Communication in Quantum Mechanics. 766-769 - Marianne Breinig:
Superposition Principle (Coherent and Incoherent Superposition). 769-771 - Domenico Giulini:
Superselection Rules. 771-779 - Klaus Mainzer:
Symmetry. 779-785 - H. Dieter Zeh:
Time in Quantum Theory. 786-792 - Roderich Tumulka:
Trace. 793-794 - John G. Cramer:
Transactional Interpretation of Quantum Mechanics. 795-798 - Günter Nimtz, Brian Clegg:
Tunneling. 799-802 - Lev Vaidman:
Two-State Vector Formalism. 802-806 - Werner Stulpe:
Unitary Operator. 807 - Klaus Hentschel:
Vector Model. 810-811 - Helge Kragh:
Wave Function. 812-813 - Ion-Olimpiu Stamatescu:
Wave Function Collapse. 813-822 - Marianne Breinig:
Wave Mechanics. 822-827 - Helge Kragh:
Wave Packet. 828-830 - Bruce R. Wheaton:
Wave-Particle Duality: Some History. 830-835 - Bruce R. Wheaton:
Wave-Particle Duality: A Modern View. 835-840 - Lev Vaidman:
Weak Value and Weak Measurements. 840-842 - Antonio Acín:
Werner States. 843-845 - Paul Busch, Gregg S. Jaeger:
Which-Way or Welcher-Weg-Experiments. 845-851 - R. F. O'Connell:
Wigner Distribution. 851-854 - Henry Stapp:
Wigner's Friend. 854-858 - Bruce R. Wheaton:
X-Rays. 859-861 - Klaus Hentschel:
Zeeman Effect. 862-864 - Peter W. Milonni:
Zero-Point Energy. 864-866
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