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Modern Physics by Paul Fendley
This note explains the following topics: interference for waves and electrons, wavelength and momentum, photons, the photoelectric effect, uncertainty principle, probability amplitudes, particle in a box, spectral lines, the size of the atom, three principles of quantum mechanics, free particles, adding amplitudes, crystal diffraction, identical particles, fermions and bosons, bosonic enhancement, Bose-Einstein distribution, black-body radiation, quantization of angular momentum, spin uncertainty principle, periodic table, different components of spin, bases, stationary states, spin precession, tunneling, ammonia molecule in an electric field, Schrodinger equation, hydrogen atom, Symmetry and positronium decay, the EPR paradox, special relativity, Lorentz transformations, length contraction and time dilation, addition of velocities, Lorentz invariants, energy-mass without relativity, relativistic momentum and energy, general relativity, Einstein's equation, black holes, the cosmological constant, expanding universe, dark matter and energy, the cosmic microwave background, the big bang.
Author(s): Paul Fendley
NA Pages 
Lecture Notes on Modern Physics by Stephen Sekula
This note covers foundations of modern physics, Introduction to the course, The special theory of relativity, Basic ideas, The Lorentz transformation, Length contraction, The relativity of time, Light and the doppler effect, The addition of velocities, Energy and momentum, Toward the general theory of relativity, Radiation and matter, The schrodinger wave equation, The bohr model of the atom, Solving them schrodinger wave equation and special topics in nuclear medicine.
Author(s): Stephen Sekula, Southern Methodist University Dallas
354 Pages
The Nonsymmetric Kaluza Klein Theory and Modern Physics A Novel Approach
We consider in the paper the Nonsymmetric Kaluza Klein Theo ry .nding a condition for a color con.nement in the theory. We consider also a Kerner W ong Kopczy.ski equation in this theory. The Nonsymmetric Kaluza Klein Theory with a sp ontaneous symmetry breaking and Higgs mechanism is examined.
Author(s): M. W. Kalinowski
96 Pages
Modern Physics of the Condensed State Strong Correlations and Quantum Topology
This note contains below topics, Development of the Ideas and Methods of the ManyElectron Theory, Fermi Liquid and nonFermiLiquid Phases, Theory of Quantum Phase Transitions Spin Liquid and the Topological Order, Lattice Gauge Theories and Strings.
Author(s): V. Yu. Irkhin
108 Pages
Modern Physics by Uttarakhand Open University
This note explains the following topics: Atomic Models,basics Of Atomic Spectra, Basics Of Atomic Spectra, X-ray, Photoelectric Effect And Compton Effect,molecular Spectra, Raman Spectra, Laser,properis Of Nucleus, Nucleus Models, Nuclear Reaction , Nuclear Fission And Nuclear Fusion, Radioactivity, Elementary Particles.
Author(s): Uttarakhand Open University
343 Pages
This note explains the following topics Relativity, with an emphasis on dynamics, Classical waves, Quantum mechanics, Applications of quantum mechanics to atomic physics, nuclear physics, particle physics, solid state physics and statistical physics.
Author(s): Dan Styer
NA Pages
Class Notes for Modern Physics Part 1
The study of Modern Physics is the study of the enormous revolution in our view of the physical universe that began just prior to 1900. Topics covered includes Galilean transformations, The Quantum Theory of Light, Special Relativity, Relativity Mass, Energy and Momentum.
Author(s): J. Gunion and U.C. Davis
115 Pages
This books provides a fascinating look at the history of physics from ancient times to the beginning of the modern age.
Author(s): Thomas E. Willson
54 Pages
The concepts and theories of modern physics
Bernard Stallo, a German-born American philosopher of science , developed a positivistic outlook, especially in the philosophy of physics, in his book 'The Concepts and Theories of Modern Physics', in which he anticipated to a degree some of the general ideas later formulated in the theory of relativity and quantum mechanics.
Author(s): John Bernhard Stallo
388 Pages