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The Elara Handbook
The basics
Preface to Chapter 1
Project Elara overview
Open Philosophy
Guiding Principles
Project organization
The Handbook’s purpose
Introductory mathematics
Algebra
Introduction to calculus
Vectors and matrices
Multivariable calculus
Differential equations
Introductory physics
Newtonian mechanics
Electricity and magnetism
Programming with Python
The specifics
Preface to Chapter 2
Lagrangian and Hamiltonian mechanics
Electrodynamics
Mathematical methods of modern physics
Tensor Calculus
Mathematics for Quantum Mechanics
Modern physics
Quantum mechanics
Fundamentals of research
Introduction to our research
Conceptual design
Gravity and orbital mechanics
Optical analysis
Atmospheric attenuation
Lasers and laser physics
Antenna theory
Numerical Simulations, Part 1
The expert's guide
Preface to Chapter 3
Overview of computational physics
Introduction to computational physics
Developer guide
Design Philosophy
Theoretical physics
Special Relativity
General Relativity, Part 1
General Relativity, Part 2
General Relativity, Part 3
Theoretical research overview
The Alcubierre Metric
The administrator's guide
Guide to governance
Charter of Project Elara
Vision of the community
Appendix
Contributions
Acknowledgements
Repository
Open issue
.md
.pdf
Overview of computational physics
Overview of computational physics
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