In-Depth Atomic Physics Notes
Budget: $10 – $30 CAD
I need a concise yet rigorous set of written notes that bring graduate-level clarity to three tightly related areas of atomic physics:
• Quantum states and electron configurations
• Atomic spectra and transitions
• Spin and hyperfine structure
The material must dig into the mathematics—Dirac notation, selection rules, perturbation theory where relevant—and connect theory to measurable phenomena such as spectral line splitting. Please thread derivations, annotated diagrams, and worked examples together so the narrative feels continuous rather than fragmented.
Deliverables
1. A single, well-structured PDF (or LaTeX source plus compiled PDF) of roughly 15-25 pages.
2. Section-level summaries highlighting key results, assumptions, and typical pitfalls.
3. A brief appendix of reference equations/constants used throughout.
Acceptance criteria
• All claims backed by explicit equations or peer-reviewed references.
• Logical flow: begin with foundational postulates, progress through operator formalism, culminate in real-world spectral interpretations.
• Clear distinction between non-relativistic and relativistic treatments wherever they diverge.
If you already work in tools like LaTeX, Overleaf, or Jupyter-Book, that’s ideal—just keep the final output easy to read offline.
• Quantum states and electron configurations
• Atomic spectra and transitions
• Spin and hyperfine structure
The material must dig into the mathematics—Dirac notation, selection rules, perturbation theory where relevant—and connect theory to measurable phenomena such as spectral line splitting. Please thread derivations, annotated diagrams, and worked examples together so the narrative feels continuous rather than fragmented.
Deliverables
1. A single, well-structured PDF (or LaTeX source plus compiled PDF) of roughly 15-25 pages.
2. Section-level summaries highlighting key results, assumptions, and typical pitfalls.
3. A brief appendix of reference equations/constants used throughout.
Acceptance criteria
• All claims backed by explicit equations or peer-reviewed references.
• Logical flow: begin with foundational postulates, progress through operator formalism, culminate in real-world spectral interpretations.
• Clear distinction between non-relativistic and relativistic treatments wherever they diverge.
If you already work in tools like LaTeX, Overleaf, or Jupyter-Book, that’s ideal—just keep the final output easy to read offline.