+1 (315) 557-6473 

Quantum mechanics assignment help from the best helpers

Is your quantum mechanics assignment giving you a hard time? Please submit it here and watch our team of dedicated online quantum mechanics homework help providers handles it with the highest degree of professionalism. Providing high-quality quantum mechanics homework help has been our business for decades, and seeing students score top grades, our pride. Our online quantum mechanics assignment help services are anchored on the pillars of timely deliveries, affordability of services, and content originality. We are always ready to share samples of our previous task solutions should you wish to have a glimpse of the same. Hire us, and we shall send you a quotation after going through your homework.
The exhaustive list of topics in Quantum Mechanics in which we provide Help with Homework Assignment and Help with Project is as follows:

  • Motivations for studying quantum mechanics.
  • Simple harmonic oscillator; raising and lowering operators.
  • Coherent states.
  • Scattering theory in one dimension; reflection and transmission.
  • Formation of bands in a periodic potential.
  • Rotation group in three dimensions.
  • Orbital angular momentum; algebra of generators of rotation.
  • Spherical harmonics.
  • Spin angular momentum; spin-1/2 and Pauli matrices.
  • Hydrogen atom and its spectrum.
  • Three-dimensional simple harmonic oscillator.
  • Additional symmetries of hydrogen atom and simple harmonic oscillator.
  • Spin-orbit and hyperfine interactions in hydrogen atom.
  • Electron in an electromagnetic field; Aharonov-Bohm effect.
  • Electron on a ring; persistent current.
  • Electron in a magnetic field; Landau levels.
  • Time-independent perturbation theory.
  • Stark effect.
  • Zeeman effect.
  • Wigner-Eckart theorem.
  • Effect of spin-orbit and hyperfine interactions.
  • Identical particles: bosons and fermions.
  • Multi-electron atoms.
  • Molecules: rotations and vibrations.
  • Scattering theory in three dimensions.
  • Scattering from a hard sphere.
  • Time dependent problems; sudden and adiabatic; Landau-Zener transition.
  • Geometric phase.
  • Fermi golden rule.
  • Maxwell's equations and second quantisation.
  • Spin angular momentum of photons.
  • Coupling of electrons to an electromagnetic field.
  • Density matrices.
  • Kernel in quantum mechanics.
  • Path integral formulation of quantum mechanics.