User:Shrikrishnabhagwan/Books/Modern Physics

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Modern Physics

X-ray; Cathode ray; Induction coil; Nobel Prize in Physics; Hall effect; Rutherford model; Plum pudding model; Bohr model; Spectral line; Rydberg constant; Planck constant; Pickering series; Pauli exclusion principle; Correspondence principle; Compton scattering; BKS theory; Spin (physics); Matter wave; Complementarity (physics); Uncertainty principle; Beta decay; Neutrino; Neutron; Nuclear fission; The Making of the Atomic Bomb; Photoelectric effect; Electron; Wave–particle duality; Work function; Auger effect; Phonon; Selection rule; Tight binding; Plasma oscillation; Atom; Stoletov's law; Geissler tube; Light; Photon; Black-body radiation; Quantum; Annus Mirabilis papers; Electroscope; Monochrome; Semiconductor; Band gap; Pair production; Gamma ray; Solar cell; Anomalous photovoltaic effect; Dember effect; Photomagnetic effect; Corona discharge; Photoemission spectroscopy; Planck's law; Quantum mechanics; Schrödinger equation; Theoretical and experimental justification for the Schrödinger equation; Thermal de Broglie wavelength; Fermat's principle; Maxwell's equations; Second law of thermodynamics; Entropy; Davisson–Germer experiment; Bragg's law; Franck–Hertz experiment; Schrödinger's cat; Stern–Gerlach experiment; Heliocentrism; Kepler's Supernova; Geocentric model; Aufbau principle; Neptune; Saturn; Venus; Sun; Moon; Mercury (planet); Galileo's paradox; Galilean transformation; History of the Center of the Universe; Celestial spheres; Anode ray; Radioactive decay; Proton; Fluorescence; Gas-filled tube; Hund's rule of maximum multiplicity; Energy level; Chain reaction; Nuclear chain reaction; Nuclear transmutation; Dalton's law; Neutron number; Law of multiple proportions; Nuclear force; Electron shell; Zeeman effect; Bremsstrahlung; Hydrogen atom; Electron capture; Maxwell–Boltzmann distribution; Neutron moderator; Cosmic ray; Nuclear fusion; Tokamak; Thermal-neutron reactor; Moseley's law; Color blindness; Electron configuration; Ferromagnetism; Periodic table; Neutron bomb
Biography: Erwin Schrödinger; David Hilbert; Wolfgang Pauli; Hans Geiger; Lester Germer; William Gilbert (astronomer); Louis de Broglie; J. J. Thomson; Johannes Kepler; Michael Faraday; William Crookes; Aage Bohr; Samuel Goudsmit; Max Born; Leonhard Euler; J. Robert Oppenheimer; James Franck; Robert Boyle; Otto Stern; Pierre-Simon Laplace; Hendrik Lorentz; René Descartes; Tycho Brahe; John C. Slater; Max Planck; Gottfried Wilhelm Leibniz; Edmond Halley; Stephen Hawking; John Anderson, 1st Viscount Waverley; Joseph-Louis Lagrange; Clinton Davisson; Isaac Newton; Arthur Compton; Galileo Galilei; Pierre Curie; Lise Meitner; Richard Feynman; George Uhlenbeck; Werner Heisenberg; Albert Einstein; Arnold Sommerfeld; Paul Dirac; Walther Bothe; Aristotle; Dante Alighieri; James Chadwick; Socrates; Robert Andrews Millikan; John Strutt, 3rd Baron Rayleigh; Enrico Fermi; Wilhelm Hallwachs; Plato; Ernest Rutherford; Aleksandr Stoletov; Nicolaus Copernicus; Niels Bohr; Ptolemy I Soter; Heinrich Hertz; Philipp Lenard; Irène Joliot-Curie; Max von Laue; Johann Jakob Balmer; James Clerk Maxwell; Nikola Tesla; Wilhelm Röntgen; Frédéric Joliot-Curie; Eugen Goldstein; Christiaan Huygens; Henry Moseley; Dmitri Mendeleev; Isaac Asimov; William Lawrence Bragg; William Henry Bragg; Carl David Anderson; John von Neumann; Peter Debye; Otto Hahn; Carl Friedrich von Weizsäcker; Klaus Clusius; Walter Gerlach; Friedrich Hund; John Dalton; Democritus; Lucretius; James Prescott Joule; Humphry Davy; Joseph Louis Gay-Lussac