Modern Physics

Calculate energy levels, wavefunctions, and quantum properties of harmonic oscillators.

Analyze quantum confinement effects and energy levels in potential wells.

Calculate photoelectron energy, stopping potential, and threshold wavelength.

Analyze X-ray scattering by electrons and wavelength shifts.

Calculate wave-particle duality properties and quantum effects.

Explore band theory, crystal structure, and electronic properties of solids.

Calculate time dilation, length contraction, and Lorentz transformations.

Analyze Planck’s law, Wien’s law, and Stefan-Boltzmann law for black body emitters.

Calculate tunneling probabilities and transmission coefficients for quantum particles.

Calculate total, kinetic, and rest energy using special relativity.

Analyze spin quantum number, projections, and magnetic moment.

Explore de Broglie wavelength, photon energy, and quantum duality.