Welcome to PhL Physics Library — a comprehensive digital library of physics, encompassing thousands of physics e-contents across all sub-disciplines, aimed at providing complete and accessible physics knowledge worldwide.
Mission
By organizing physics knowledge in a systematic and question-focused approach, PhL Physics Library strives to support self-learners, teachers and researchers in discovering, understanding and applying physics concepts with clarity and confidence.
Vision
This library aims to be the ultimate hub for physics education — a place where anyone, anywhere, can explore the complete spectrum of physics knowledge, from classical mechanics to modern quantum theories.
Foundation
At the core of PhL Physics Library lies an extensive and ever-growing collection of physics topics. These topics reflect the key terms and concepts found across standard physics textbooks and academic literature. They include:
- Fundamental laws, principles and theories
- Foundational models and hypotheses
- Essential equations and formulas that define the physical world
Each of these topics serves as a building block for understanding the discipline in depth.
Content
Every topic in PhL Physics Library is enriched with multiple articles designed to answer fundamental questions and cover different aspects of that topic. Our structured approach ensures that readers can access in-depth articles from basic to advanced levels.
Hierarchy
This library is organized into a progressive hierarchy to support learners to grasp articles of all levels :
- Library 1 – for the most basic and introductory articles
- Library 2, Library 3 and beyond – for more advanced levels of content
This structure allows users to begin with the fundamentals and advance gradually to more extended versions, ensuring a smooth and logical learning experience.
Access & Navigation
All contents of PhL Physics Library can be easily accessed through the Content Library page — a central hub where users can browse every published article. To enhance usability, the platform also includes a search feature that helps users quickly find specific articles based on their learning needs.