Fundamental concepts of modern quantum theory such as de Broglie
waves, particle diffraction, wave-particle duality, indeterminacy,
and the correspondence principle. Schrodinger's equation is made
plausible and is solved for simple physical systems. Applications in
the fields of atomic and molecular physics are discussed. Appropriate
for students intending to teach physics in secondary schools, or
proceeding to advanced courses requiring an understanding of quantum
physics. (3h lab)
Prereq: Phys
1023;
Coreq: Math
2723