Implementation of Quantum Mechanics into Traditional Introductory Physics Courses

Knowledge of quantum mechanics is essential for employment in many technical fields today. To introduce students to quantum mechanics earlier in their undergraduate careers, we have expanded several introductory physics activities to include quantum-mechanical concepts and computations. Examples include incorporation of boundary conditions to develop quantized wavefunctions and introduction of energy bands to determine wavelengths of light emitted from quantum dots. This talk will focus on how to implement these activities into traditional introductory physics courses and details of the assignments.