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Nuclear and particle physics assignments, many a time, poses a significant challenge to students. However, with our online Nuclear and particle physics homework help, all the mountains are flattened out for you. We remain the best nuclear and particle physics assignment help solvers since we have been in business for close to a century now, and none of the clients we have served has had complaints with our service delivery. Our objective is to see students score the best grades, and that's why we strive to ensure we do all our content from scratch. Our nuclear and particle physics assignment help is affordable, plagiarism-free, and is delivered to you on time.
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The exhaustive list of topics in Nuclear & Particle Physics in which we provide Help with Homework Assignment and Help with Project is as follows:

  • Nuclear Properties: Radius, Mass, Binding Energy, Angular Momentum.
  • Nuclear forces: Deuteron, nucleon-nucleon interactions, Yukawa hypothesis, Pi-meson exchange model.
  • Nuclear Models: Shell Model, Spin-orbit interactions, Collective Model, nuclear rotations and vibrations.
  • Radioactive Decays: General Properties, Quantum theory of radioactivity, Radioactive dating. Alpha Decays, Beta Decays, Gamma Decays.
  • Nuclear reactions: Conservation laws, energetics, cross sections, Coulomb Scattering, Nuclear Scattering, Nuclear Fission, Nuclear Fusion
  • Linear accelerators, cyclotrons, synchrotrons, basic particle detectors, modern complex detectors.
  • Mesons and baryons, Leptons and quarks, quark model, strong isospin, strange quark, Gell-Mann- Okubo mass relation, colour charge.
  • Hadron structure, electron-proton scattering, proton form-factors, parton model, Bjorken Scaling.
  • Current-current interactions, nuclear beta-decay, Parity violation, V-A Theory, Charge conjugation, Interacting Vector Boson theory, Weak neutral currents, CP violation, Electroweak Interactions.
  • Noether’s theorem, Gauge transformations, U(1) gauge theory and Electromagnetic Interactions, QED, Non-abelian gauge symmetry, QCD.
  • Broken symmetries, spontaneous symmetry breaking, Goldstone’s theorem, SU(2) gauge symmetry, Higgs Mechanism, Massive gauge bosons.
  • Glashow-Weinberg-Salam Model of particle interactions, Masses of fermions.