Analytic Physics

a website devoted to exploring the analytic aspects of physics

Physics has been an analytical science since the era of Laplace, Lagrange and Hamilton in the sense that its results are expressed using calculus and differential equations. The structure of physics also allows it to be an analytic science by continuous and complex extension of it components. On this website, spaces are allowed to be of arbitrary continuous dimension, exponents of functions are allowed to be arbitrary real numbers, and classical phase spaces are allowed to have complex extensions, all for the purpose of understanding more of the deep structure of physics.

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- Of Special Interest
- Higher Dimensions
- Complex Variables
- Differential Equations
- Mathematical Methods
- Coding Methods
- Classical Mechanics
- Runge-Lenz Vector
- Quantum Mechanics
- General Physics
- Philosophical Context
- Diversions

The mathematics on this website is encoded using MathML and is best viewed with a fully standards-compliant browser: that means Firefox. MathML support in Safari is not as complete as Firefox, and it has been removed entirely from Chrome, so for all browsers other than Firefox MathJax is used for rendering.

Some presentations use SageMathCell from SageMath, the free open-source mathematical software system. Since SageMathCell processes calculations on a remote server, all platforms and browsers are supported. A repository of open-source documentation is available for the syntax of special functions and commonly used operations.

Here are some interesting and balanced comments on how one goes about learning physics, as well as a comprehensive set of links to publicly available resources.

Contact for questions or comments:

Paul Masson — Independent Physicist — San Francisco