User:Shrikrishnabhagwan/Books/Modern Physics

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