A student-built Obsidian vault for mastering physics and math. Dive into clear notes on classical physics, calculus, linear algebra, and more with diagrams, intuition & helpful resources >[!tip]+ New here? 👉 Click [[How to Use This Site]] to be sure you're using this site to its fullest # Index This is an index of the type of content found in each section. They are sorted by the course they were learned in or generally belong to. ## Linear Algebra Covers core linear algebra 1 materials with an emphasis on deriving or proving results | Index Files | Descriptions | | ------------------------------------ | ---------------------------------------------------------------------------------------------- | | [[Euclidean Vector Spaces (Index)]] | Explores vector spaces equipped with a dot product, allowing measurement of angles and lengths | > [!warning]- More Notes? New notes are being created and will be pushed in the coming updates. Stay up-to-date by starring the [Github Repo](https://github.com/rajeevphysics/Obsidian-MathMatter) ## Calculus Covers core calculus 1 materials with proofs of some concepts. | Index Files | Descriptions | | ----------------------------------- | -------------------------------------------------------------------------------------------------------------------------------- | | [[Counting (Index)]] | Hub page listing combinatorics topics such asfactorials, permutations, combinations, Pascal’s triangle, and the binomial theorem | | [[Derivatives (Index)]] | Central index for all derivative content like rules, proofs, geometric interpretations, and applications | | [[Limits (Index)]] | Portal to limit concepts and techniques such asepsilon-delta definition, analytical rules, and limit theorems | | [[Logic (Index)]]**(New Notes!)** | Overview of logical foundations | | [[Simple Geometry (Index)]] | Hub of simple geometry definitions and proofs | | [[Type of Proofs (Index)]] | Guide to proof methods | > [!warning]- More Notes? New notes are being created and will be pushed in the coming updates. Stay up-to-date by starring the [Github Repo](https://github.com/rajeevphysics/Obsidian-MathMatter) ## Classical Physics Covers core physics 1 & 2 materials from first-year physics based courses. Emphasis on derivations of concepts and key equations. | Index Files | Descriptions | | ------------------------------------------- | ----------------------------------------------------------------------------------------------------------- | | [[Circuits (Index)]] | Hub for circuit theory covering components, laws (KCL/KVL), and analysis techniques | | [[Dynamics (Index)]]**(New Notes!)** | Central index for mechanics topics such as motion, forces, Newton’s laws, and related theorems | | [[Electricity (Index)]] | A portal to electrostatics surrounding topics like charge, electric fields, potential, and related concepts | | [[Energy & Work (Index)]] | Guide to energy concepts and work like topics definitions, work–energy theorem, and power | | [[Kinematics (Index)]] | Cover the core kinematic quantities such as displacement, distance, velocity, speed, and acceleration | | [[Magnetism (Index)]]* | Overview of magnetic fields and interactions, including forces on moving charges | | [[Rotational Mechanics (Index)]] (**New!**) | Comprehensive index for rotational topics like torque, moment of inertia, angular kinematics, and energy | | [[Sound & Waves (Index)]]* | Collection of wave phenomena like oscillations, wave propagation, sound properties, and applications | > [!bug]- Notice of Notes * > Indices starred with * are going to be revised in the future. Stay up-to-date by starring the the [Github Repo](https://github.com/rajeevphysics/Obsidian-MathMatter) to keep up to date on new notes. **You can still use these notes, but they may have grammar mistakes or are hard to understand** ## Modern Physics (Introductory Level) Covers first-year level introductory modern physics concepts. | Index Files | Descriptions | | ------------------------------ | ---------------------------------------------------------------------------------------------------------------------- | | [[Condensed Matter (Index)]]* | Hub for solid-state physics topics such ascrystal structures, electronic band theory, phonons, and material properties | | [[Nuclear Physics (Index)]]* | A portal to nuclear phenomena, such as nuclear decay | | [[Particle Physics (Index)]]* | Overview of elementary particles and forces | | [[Quantum Mechanics (Index)]]* | Gateway to quantum principles such aswavefunctions, operators, uncertainty relations and the quantization rules | > [!bug]- Notice of Notes * > Indices starred with * are going to be revised in the future. Stay up-to-date by starring the the [Github Repo](https://github.com/rajeevphysics/Obsidian-MathMatter) to keep up to date on new notes. **You can still use these notes, but they may have grammar mistakes or are hard to understand** ## Units & Dimensions Covers the units and dimensions of units seen in physics | Index File | Description | | ---------------------- | -------------------------------------------- | | [[Units & Dimensions]] | Gateway to SI units and dimensional analysis | ## Site Information Core information of this site | Note Files | Descriptions | | ---------------------------------------- | ---------------------------------------------------------------------------------- | | [[Welcome to The Math & Matter Website]] | Main web page, pointing to all index files in this website (this page) | | [[Changelog]] | Highlights of changes to the website | | [[How to Use This Site]] | A 3 minute read of the features of this website | | [[License]] | License for this website | | [[Purpose & About]] | About the creator of the page & purpose | | [[References]] | Key reference for videos used in understanding materials or notes taken from sites | | [[Support]] | Page for submitting errors & supporting future development |