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📘 The Math & Matter Thinkbook

Welcome to my Notes Vault. These notes are curated from my undergraduate classes.

This note vault was created to help students build a conceptual understanding of topics and save time hunting for clear resources. Whether you're reviewing a specific topic or working through full courses, these notes are designed to help.

📚 View the full interactive site: The Math & Matter Thinkbook

This site includes all the notes behind the highlighted content below. The site is made to make finding resources and information easier for you, so please use it!

⚠️ Note: This GitHub repo only tracks Markdown content. Diagrams and visuals are available on the interactive site linked above.

👤 Who is This For?

These note are ideal for:

  • 🧑‍🎓 University or Highschool students (AP, Academics, IB)
  • 🔁 Learners reviewing core concepts with fresh explanations
  • 🧠 Students who prefer conceputal understanding and digrams
  • 📚 Students looking for self-study resources or clean summaries for exam prep

📦 What's Included

Currently, the only notes are topics from my first-year classes. The following content is a highlight of the material covered in this note vault and is not the ONLY notes in the vault.

Each note includes:

  • ✅ Summary
  • ✅ Explanations
  • ✅ Images to support Explanations
  • ✅ Assumptions & Warning

Some notes may include:

  • 📐 Step-by-step derivations
  • 📊 Examples
  • 🔗 Extra resources

⚙️ Physics 1 (Calculus-Based Mechanics )

  • Kinematics
  • Newton's Law
  • Conservation of Momentum (Linear & Angular)
  • Work & Energy
  • Torque & Rotations

⚡ Physics 2 (Electricity & Magnetism)

  • Electric fields & Flux
  • Gauss's Law
  • Capacitors & Dielectrics
  • Circuits
  • Magnetic Force

🔬 Modern Physics (Introductory Quantum)

  • Single & Double Slit Experiments + Uncertainty Principle
  • Compton Scattering
  • Pauli Exclusion Principle
  • Quantum Harmonic Oscillator
  • Quantum Tunnelling
  • Stationary Model
  • Bose-Einstein Condensate
  • Bragg Law
  • Cooper Pairs
  • Meissner Effect
  • Free Electron Model
  • Particle Interactions
  • Force Mediation
  • Liquid Drop & Fermi Gas Model
  • Quarks
  • Types of Decay
  • Nuclear energy & reactions

🛠️ What's Coming

These are notes being created to publish soon

  • Calculus 1 & 2
  • Linear Algebra 1 & 2
  • Special Relativity
  • Newtonian Gravity

✍️ License

These notes are licensed under CC BY-NC-ND 4.0:

  • ✅ Attribution required
  • 🚫 No commercial use
  • 🚫 No modifications or redistribution of altered versions

You may view and learn from these notes, but may not re-upload, adapt, or sell them.

📬 Contributing

If you find an error or an unclear explanation, feel free to:

  • Open an Issue describing the problem
  • Submit a Pull Request with a suggested fix (I’ll review every one)

☕ Support

Currently, the full-interactive site is maintained by Obsidian Publish, which is a paid service.

If you wish to donate, all funds will be used to keep that service and allow notes to be easily accessible to all students.

RajeevProject