Fundamentals of physics by Halliday, David, 1916-2010

Table of Contents: “…Relativity -- Part 5: -- 38. Photons and matter waves -- 39. More about matter waves -- 40. All about atoms -- 41. …”


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Modern physics for scientists and engineers. by Taylor, John R. (John Robert), 1939-

Table of Contents: “…Atoms -- Quantization of light -- Quantization of atomic energy levels -- Matter waves -- The Schrodinger equation in one dimension -- The three-dimensional Schrodinger equation -- Electron spin -- Multielectron atoms; the Pauli Principle and periodic table -- Atomic transitions and radiation -- Part III: Systems with two or more atoms. …”


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The quantum adventure : does God play dice? by Montwill, Alex

Table of Contents: “…-- ch. 6 Einstein Enters the Scene -- ch. 7 Niels Bohr Introduces the Quantum into Atomic Physics -- ch. 8 Werner Heisenberg -- An Equation for Uncertainty -- ch. 9 Louis de Broglie -- Matter Waves -- ch. 10 Erwin Schrodinger -- Wave Mechanics -- ch. 11 Eigenstates -- The Theory of the Seen and Unseen -- ch. 12 Eigenstates in the Subnuclear World -- ch. 13 Paul Dirac -- Tying Things Together -- ch. 14 Richard Feynman -- The Strange Theory of Light and Matter -- ch. 15 Quantum Reality -- The World of the Absurd.…”


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Schaum's outline of theory and problems of modern physics by Gautreau, Ronald

Table of Contents: “…Electromagnetic radiation : photons ; Matter waves -- Part III. Hydrogenlike atoms. The Bohr atom ; Electron orbital motion ; Electron spin -- Part IV. …”


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Music speech high-fidelity by Strong, William J.

Table of Contents: “…Science and acoustics ; Basic physical quantities and laws ; Work, energy, power, and intensity ; Work, energy, power, and intensity ; Properties of simple vibrators ; Properties of compound vibrators ; Measurement of vibrating systems -- Characteristics of sound waves. Waves in matter ; Wave properties and phenomena ; Interference of standing waves ; Standing waves ; Complex waves ; Sound radiation and the dB scale -- The ear and hearing. …”


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Quantum mechanics by Messiah, Albert

Table of Contents: “…The origins of the quantum theory -- Matter waves and the Schrödinger equation -- One-dimensional quantized systems -- Statistical interpretation of the wave-corpuscle duality and the uncertainty relations -- Development of the formalism of wave mechanics and its interpretation -- Classical approximation and the WKB method -- General formalism of the quantum theory (A) Mathematical framework -- General formalism (B) Description of physical phenomena -- pt. …”


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University physics by Ling, Samuel J., Sanny, Jeff, 1952-, Moebs, William

Table of Contents: “…Relativity ; Photons and matter waves ; Quantum mechanics ; Atomic structure ; Condensed matter physics ; Nuclear physics ; Particle physics and cosmology.…”


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Handbook of physics

Table of Contents: “…Photons, electromagnetic radiation and light quanta -- 24. Matter waves : wave mechanics of particles -- 25. Atomic and molecular physics -- 26. …”


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Drawing physics : 2,600 years of discovery From Thales to Higgs by Lemons, Don S. (Don Stephen), 1949-

Table of Contents: “…Photoelectric effect (1905) -- Brownian motion (1905) -- Rutherford's gold foil experiment (1910) -- Bohr's hydrogen atom (1913) -- X-rays and crystals (1912) -- General relativity (1915) -- Compton scattering (1923) -- Matter waves (1924) -- The expanding universe (1927-29) -- The neutrino and conservation of energy (1930) -- Discovering the neutron (1932) -- Nuclear fission and nuclear fusion (1942) -- Global greenhouse effect (1988) -- Higgs boson (2012).…”


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Particle metaphysics : a critical account of subatomic reality by Falkenburg, Brigitte, 1953-

Table of Contents: “…-- CH. 7 Wave-Particle Duality -- 7.1 Light Particles and Matter Waves -- 7.2 Wave-Particle Duality in Quantum Mechanics -- 7.2.1 Born's Probability Waves -- 7.2.2 Bohr's Complementarity View -- 7.2.3 Heisenberg's Analogies -- 7.3 Prepare Waves, Detect Particles -- 7.3.1 What Makes the Difference -- 7.3.2 Two Lasers, One Photon -- 7.3.3 Polarized Photons -- 7.4 The Double Slit Reconsidered -- 7.4.1 How to Store and Erase Path Information -- 7.4.2 Complementarity Without Uncertainty? …”


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University physics by Ling, Samuel J., Sanny, Jeff, 1952-, Moebs, William

Table of Contents: “…Chapter 5: Relativity -- Chapter 6: Photons and matter waves -- Chapter 7: Quantum mechanics -- Chapter 8: Atomic structure -- Chapter 9: Condensed matter physics -- Chapter 10: Nuclear physics -- Chapter 11: Particle physics and cosmology -- Appendix A: Units -- Appendix B: Conversion factors -- Appendix C: Fundamental constants -- Appendix D: Astronomical data -- Appendix E: Mathematical formulas -- Appendix F: Chemistry -- Appendix G: The Greek alphabet.…”


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Laser control of atoms and molecules by Letokhov, V. S.

Table of Contents: “…Atom optics -- Introduction. Matter waves -- Reflection of atoms by light -- Laser focusing of an atomic beam -- Diffraction of atoms -- Atom interferometry -- Atomic holography -- Towards atom nanooptics -- 8. …”


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The cosmic dancers : exploring the physics of science fiction by Goswami, Amit

Table of Contents: “…Atoms, light, and the quantum jump; Light quanta and matter waves; Probability and uncertainty; Atoms and uncertainy; Accepting quantum duality. -- How to bell Schrödinger's cat: Schrödinger's cat; The conventionalist's cant versus hidden variables; The cat in many worlds; Collapse and consciousness; Bell's Theorem and the ansible; The Dancing Wu Li Masters. -- The mind and the quantum: Psychology and science fiction; The schism and the new physics; The mind and the quantum. -- The paranormal and time travel stories: Telepathy; Complementarity, mind and time, the conceptual basis of time travel stories. -- Mysticism in science fiction and the new physics: The joy of all things; The holographic model of rality; Beyond the stargate; Transcendence in science fiction.…”


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A student's guide through the great physics texts by Kuehn, Kerry, 1972-

Table of Contents: “…A new science of heat -- Mathematics and temperature -- Steam engines and heat flow -- Carnot's cycle -- Engines as thermometers -- The second law of thermodynamics -- Work, heat, and irreversibility -- Language: concepts and conventions -- Energy and entropy -- The kinetic theory of gasses -- Molecules and Maxwell's demon -- The diffusion equation -- Radiant heat -- From positivism to objectivity -- Entropy, probability and atomism -- Corpuscles of light -- The discovery of the electron -- The birth of nuclear physics -- Radioactivity -- Atomic fission -- Nuclear structure -- The discovery of the neutron -- Neutron scattering -- X-ray diffraction -- Compton scattering -- Electron scattering and diffraction -- Matter waves -- Bohr's atomic model -- Atomic spectra and quantum numbers -- The periodic table of elements -- Wave mechanics -- The quantum paradox.…”


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An introduction to physical science by Shipman, James T.

Table of Contents: “…Atomic Physics -- Early concepts of the atom -- The dual nature of light -- Highlight: Albert Einstein -- Bohr theory of the hydrogen atom -- Microwave ovens, x-rays, and lasers -- Highlight: Fluorescence and phosphorescence -- Heisenberg's uncertainty principle -- Matter waves -- Highlight: Electron microscopes -- The electron cloud model of the atom -- Spotlight on the changing model of the atom -- 10. …”


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QED and the men who made it : Dyson, Feynman, Schwinger, and Tomonaga by Schweber, S. S. (Silvan S.)

Table of Contents: “…Dirac and the Birth of Quantum Electrodynamics 11 -- 1.4 Jordan and the Quantization of Matter Waves 33 -- 1.5 Heisenberg and Pauli: The Quantum Theory of Wave Fields 39 -- 1.6 Hole Theory 56 -- 1.7 Postscript: Dirac and Scientific Creativity 70 -- 1.8 Fermi and the Regaining of Anschaulischkeit 72 -- 2. …”


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Waves by Diehn, Andi

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