Some of the material in is restricted to members of the community. By logging in, you may be able to gain additional access to certain collections or items. If you have questions about access or logging in, please use the form on the Contact Page.
Some of the material in is restricted to members of the community. By logging in, you may be able to gain additional access to certain collections or items. If you have questions about access or logging in, please use the form on the Contact Page.
Notes from Paul Dirac covering multiple subjects, such as rotations in real space, e-vectors, and theory used to break down the ket matrix for the normal state.
This folder contains rough calculations with action-angle variables. These are used to solve for rotation or oscillation without calculating the equations of motion.
The notebook contains proofs of definite integrals of trigonometric series, vector equations, Bessel harmonics and, spherical harmonics. These proofs contain equation examples and the definitions of the different theorems behind the...
A set of papers containing calculations, examples, and definitions, most of which are about wave function, a topic in physics relating to quantum mathematics. Most likely used for lecture material.
This folder includes many topics in quantum mechanics such as vectors, spinning particles, quantization notes, and equations of motion. There also seems to be plans for a quantum mechanics lecture and some official Cambridge documents...
This folder has a variety of subjects, it contains proofs and definitions for topics such as general field theory, factor groups, and motion of a surface by itself.
This folder has multiple topics shown by proofs and definitions, such as the forces applied to a particle in free space, and the momentum created by these forces. There is also a section on how the electrons behave in a field of...
This folder deals with spinors that take up more than 2 dimensions, which is called Hilbert Space. The folder has a number of proofs on the vectors that take up an infinite number of dimensions.
This folder deals with spinors that take up more than 2 dimensions, which is called Hilbert Space. The folder has a number of proofs on the vectors that take up an infinite number of dimensions.
The general idea of this folder seems to be based on a matrix code broken down into 4 groups; m_12, m_30, m_1-, and m_2- . This matrix code is then broken down into two different "schemes" which show the proofs and a small explanation...
Much of this folder seems to be related to how a vacuum effects the velocity of a wave. Dirac points out that the the vacuum has a large effect on the velocity. Some other topics discussed in the folder are,
Proofs and theories relating to relativistic dynamics by P.A.M. Dirac, covering topics from single particle dynamics, free particles, and classical mechanics of particles.
None of the writing found in this folder is in Dirac's handwriting. It is assumed to be Erwin Schrodinger's. This folder contains a partial letter from Schrodinger to Dirac about a formula for stellar mass. The letter includes the proof...
This folder is a large melting pot of anything and everything including lecture notes for displacement caused by rotation, proofs of linear and quadratic equations, and groups of proofs that have no explanations.
Proofs from Paul Dirac covering symplectic space, transformations in symplectic space, bounded vectors and what they represent, and that there is a vector of infinite length for an unbounded matrix.
A large group of calculations on a variety of topics. Self energy of photons using angular acceleration, wave function, fundamental interactions at high energy, Lorentz's force, and Maxwell's equation are all topics present within the...
This is a proof of how homogeneous moments relate to classical mechanics equations, in specific the Hamilton-Jacobi equation. Includes an example of harmonic oscillators.
This shows four different bases for what appears to be lagrangian field theory. The bases include the different functions of each base and what purpose the different bases serve.
Notes on waves inside Conformal Space, which comes from conformal geometry, as well as proofs that highlight the breakdown of Conformal spaces and how the waves then fit inside them. This folder also includes a section on developments in...
Some of the material in is restricted to members of the community. By logging in, you may be able to gain additional access to certain collections or items. If you have questions about access or logging in, please use the form on the Contact Page.
