Quantum Mechanics for Electrical Engineers

Catalog description

A targeted study of quantum mechanics for electrical engineers that develops deeper theoretical foundation for later study of electric, photonic and photoconductor engineering. Practical application of the finite-difference time-domain (FDTD) method to simulate the Schrodinger equation is used to develop an illustrative approach to modelling the behavior of electronic and photonic particles in semiconductor devises as well as in quantum telecommunications and computing hardware design.