Foundations of quantum physics by Charles

Understanding more quantum physics quantum states of atoms by Morrison, Michael A. 1949-

The art of quantum planning lessons from quantum physics for breakthrough strategy, innovation, and leadership / by Harris, Gerald (Gerald Anthony)

Get full text
NetLibrary
Click here to view book
MyiLibrary

Physics by Giambattista, Alan, Richardson, Betty McCarthy, Richardson, Robert C.

Table of Contents: “…Motion along a line -- Motion in a plane -- Force and Newton's laws of motion -- Circular motion -- Conservation of energy -- Linear momentum -- Torque and angular momentum -- Fluids -- Elasticity and oscillations -- Waves -- Sound -- Temperature and ideal gas -- Heat -- Thermodynamics -- Electric forces and fields -- Electric potential -- Electric current and circuits -- Magnetic forces and fields -- Electromagnetic induction -- Alternating current -- Electromagnetic waves -- Reflection and refraction of light -- Optical instruments -- Interference and diffraction -- Relativity -- Early quantum physics and the photon -- Quantum physics -- Nuclear physics -- Particle physics…”

Principles of electronic materials and devices by Kasap, S. O. œq (Safa O.)

Table of Contents: “…Elementary materials science concepts -- Electrical and thermal conduction in solids -- Elementary quantum physics -- Modern theory of solids -- Semiconductors -- Semiconductor devices -- Dielectric materials and insulation -- Magnetic properties and superconductivity -- Optical properties of materials…”

The physics companion by Fischer-Cripps, Anthony C.

Engineering physics by Mukherji, Uma

Table of Contents: “…Preface to the Second Edition / Preface to the First Edition / Crystallography and Crystal Imperfection / Thermoelectricity / Thermionic Emission / Ultrasonic / Acoustics / Semiconductors / Magnetic Materials / Interference, Diffraction and Polarization of Light: Thin Film Interference of Light / Diffraction of Light/ Polarization of Light / X-Rays / Motion of the Charged Particle in Electric and Magnetic Field / Quantum Physics and Schrodinger Wave Equation / Laser, Holography and Fiber Optics / Radioactivity and Nuclear Reactions/ Superconductivity / References / Subject Index.…”

Physics by Walker, James S. 1950-

Table of Contents: “…Introduction to physics -- One-dimensional kinematics -- Vectors in physics -- Two-dimensional kinematics -- Newton's laws of motion -- Applications of Newton's laws -- Work and kinetic energy -- Potential energy and conservation of energy -- Linear momentum and collisions -- Rotational kinematics and energy -- Rotational dynamics and static equilibrium -- Gravity -- Oscillations about equilibrium -- Waves and sound -- Fluids -- Temperature and heat -- Phases and phase changes -- The laws of thermodynamics -- Electric charges, forces, and fields -- Electric potential and electric potential energy -- Electric current and direct-current circuits -- Magnetism -- Magnetic flux and Faraday's law of induction -- Alternating-current circuits -- Electromagnetic waves -- Geometrical optics -- Optical instruments -- Physical optics: interference and diffraction -- Relativity -- Quantum physics -- Atomic physics -- Nuclear physics and nuclear radiation…”

Physics for engineering applications by Puri, Sanjiv

Table of Contents: “…Special Theory of Relativity -- 15. Introduction to Quantum Physic -- 16. Quantum Mechanics -- 17. Basics of Quantum Computations -- 18. …”

Emerging technologies in security and defence; and Quantum security II; and Unmanned sensor systems X 23-26 September 2013, Dresden, Germany

Table of Contents: “…Pt.B. Quantum-Physics-Based Information Security II -- 5. How Secure is Quantum Cryptography? …”