quantum mechanics Resources

"quantum mechanics" references for the Electrical Engineer
Entries 1 through 4 of 4 were returned.
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Quantum Principles and Particles	Web-Site	Description: 550 page introductory text published online by Baylor. [show more...] [show less...] License: Commercial Format: PDF, Other URL: http://www3.baylor.edu/ Physics/ open_text/ quantum2.html Limitations: PDF and Microsoft Word versions of each chapter are easily downloadable. ReviewText: It's a pure text document (no pretty pictures), and the writing is a bit stiff, but it does appear to be quite thorough. Keywords: quantum mechanics , particles , text Submitter: EE HomePage Editorial Staff Affiliation: Reader xml_ID: 1146441401 (single entry page)
Basics of quantum mechanics	Web-Page	Description: Wikipedia's Introduction to Quantum Mechanics [show more...] [show less...] License: Commercial Format: HTML Price: free URL: http://en.wikipedia.org/ wiki/ Quantum_mechanics ReviewText: Nicely done Keywords: quantum mechanics , Wikipedia Submitter: EE HomePage Editorial Staff Affiliation: Reader xml_ID: 1146440499 (single entry page)
The Temple of Quantum Computing	Book	Description: Nicely done 250 page textbook providing an overview of quantum computing. [show more...] [show less...] Author(s): Perry, Riley T. License: Commercial Format: PDF Price: Free URL: http://www.toqc.com/ ReviewText: Contents include: Computer Science Overview Mathematics for Quantum Computing Quantum Mechanics Quantum Computing Information Theory Quantum Algorithms Using Quantum Mechanical Devices Keywords: quantum mechanics , physics , Turing machines , Information theory , computer science , quantum computing Submitter: EE HomePage Editorial Staff Affiliation: None xml_ID: 1175383687 (single entry page)
A Radically Modern Approach to Introductory Physics	Book	Description: This online textbook covers a broad range of topics in modern physics. [show more...] [show less...] Author(s): Raymond, David J. License: Some Restrictions (includes GNU) Format: Video Price: Free URL: http://kestrel.nmt.edu/ ~raymond/ classes/ ph13xbook/ index.html ReviewText: Contents include: Waves in One Dimension Transverse and Longitudinal Waves Sine Waves Types of Waves Superposition Principle Beats Interferometers Thin Films Math Tutorial -- Derivatives Group Velocity Waves in Two and Three Dimensions Math Tutorial -- Vectors Plane Waves Superposition of Plane Waves Diffraction Through a Single Slit Two Slits Diffraction Gratings Geometrical Optics Reflection and Refraction Total Internal Reflection Anisotropic Media Thin Lens Formula and Optical Instruments Fermat's Principle Kinematics of Special Relativity Galilean Spacetime Thinking Spacetime Thinking in Special Relativity Postulates of Special Relativity Time Dilation Lorentz Contraction Twin Paradox Applications of Special Relativity Waves in Spacetime Math Tutorial - Four-Vectors Principle of Relativity Applied Characteristics of Relativistic Waves The Doppler Effect Addition of Velocities Acceleration and General Relativity Acceleration Circular Motion Acceleration in Special Relativity Acceleration, Force, and Mass Accelerated Reference Frames Gravitational Red Shift Event Horizons Matter Waves Bragg's Law X-Ray Diffraction Techniques Meaning of Quantum Wave Function Sense and Nonsense in Quantum Mechanics Mass, Momentum, and Energy Heisenberg Uncertainty Principle Geometrical Optics and Newton's Laws Fundamental Principles of Dynamics One-Dimensional Non-Relativistic Case Potential Energy Work and Power Math Tutorial - Partial Derivatives Motion in Two and Three Dimensions Kinetic and Potential Momentum Wave Mechanics Math Tutorial -- Complex Waves Free Particle Wave Function Effects of Varying Potential Energy Confined Particles Dynamics of Multiple Particles Momentum and Newton's Second Law Newton's Third Law Conservation of Momentum Collisions Rockets and Conveyor Belts Rotational Dynamics Math Tutorial -- Cross Product Torque and Angular Momentum The Uneven Dumbbell Two Particles in General Many Particles Rigid Bodies Statics Harmonic Oscillator Energy Analysis Analysis Using Newton's Laws Forced Oscillator Quantum Mechanical Harmonic Oscillator Newton's Law of Gravitation The Law of Gravitation Gravitational Field Gravitational Flux Flux from Multiple Masses Effects of Relativity Kepler's Laws Use of Conservation Laws Forces in Relativity Potential Momentum Aharonov-Bohm Effect Forces from Potential Momentum Lorentz Condition Gauge Theories and Other Theories Conservation of Four-Momentum Again Virtual Particles Virtual Particles and Gauge Theory Negative Energies and Antiparticles Electromagnetic Forces Electromagnetic Four-Potential Electric and Magnetic Fields and Forces A Note on Units Charged Particle Motion Forces on Currents in Conductors Torque on a Magnetic Dipole and Electric Motors Electric Generators and Faraday's Law EMF and Scalar Potential Generation of Electromagnetic Fields Coulomb's Law and the Electric Field Gauss's Law for Electricity Gauss's Law for Magnetism Coulomb's Law and Relativity Moving Charge and Magnetic Fields Electromagnetic Radiation The Lorentz Condition Capacitors, Inductors, and Resistors The Capacitor and Ampere's Law The Capacitor Circulation of a Vector Field Ampere's Law Magnetic Induction and Inductors Resistance and Resistors Energy of Electric and Magnetic Fields Kirchhoff's Laws Measuring the Very Small Continuous Matter or Atoms? The Ring Around the Moon The Geiger-Marsden Experiment Cosmic Rays and Accelerator Experiments Commentary Atoms Fermions and Bosons The Hydrogen Atom The Periodic Table of the Elements Atomic Spectra The Standard Model Quarks and Leptons Quantum Chromodynamics The Electroweak Theory Grand Unification? Atomic Nuclei Molecules -- an Analogy Nuclear Binding Energies Radioactivity Nuclear Fusion and Fission Heat, Temperature, and Friction Temperature Heat Specific Heat First Law of Thermodynamics Heat Conduction Thermal Radiation Friction Entropy States of a Brick Second Law of Thermodynamics Two Bricks in Thermal Contact Thermodynamic Temperature Specific Heat Entropy and Heat Conduction The Ideal Gas and Heat Engines Ideal Gas Slow and Fast Expansions Heat Engines Perpetual Motion Machines Constants Constants of Nature Properties of Stable Particles Properties of Solar System Objects Miscellaneous Conversions Keywords: reflection , Kirchhoff's Laws , quantum mechanics , derivatives , Newton's Laws , acceleration , thermodynamics , Doppler Effect , fusion , optics , refraction , diffraction , relativity , thermal radiation , capacitors , oscillator , Faraday's Law , thin films , inductors , resistors , electric motors , Superposition Principle , interferometers , group velocity , plane waves , Fermat's Principle , Special Relativity , time dilation , Lorentz Contraction , General Relativity , red shift , matter waves , Bragg's Law , X-ray diffraction , Heisenberg Uncertainty Principle , Kepler's Laws , Aharonov-Bohm Effect , Lorentz Condition , magnetic dipole , EMF , Coulomb's Law , Gauss's Laws , electromagnetic radiation , cosmic rays , quarks , leptons , radioactivity , fission , entropy , heat conduction Submitter: EE HomePage Editorial Staff Affiliation: None xml_ID: 1175387352 (single entry page)

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