Geometric Generalization is a unique and original physics theory of everything (ToE), which has been derived through the process of both inductive and deductive reasoning and a thorough examination of mainstream physics (Section 2.2 “Methodology”). The list below presents the basic references that guided this process.

Additionally, some readers have influenced this paper by commenting on. (Comments welcome here.)

Please note that after the 3^rd version of this paper, the author benefited from the internet sources, too. Some of those sources have been linked within the paper.

List of references:

- Cole, J. “Tale of Three Cities”,

- Davies, P. (Edited by) “The New Physics”,

- Davies, P. “About Time: Einstein’s Unfinished Revolution”,

- Davies, P. “God and The New Physics”,

- Einstein, A. Relativity, “The Special and the General Theory” 15^th edition

- Ferguson, K. “Stephen Hawking: A Quest For The Theory Of Everything”,

- Feynman R. P. “QED: The Strange Theory of Light and Matter”,

- Feynman, R. P. “The Character of Physical Law”,

- Fishbane, P., Gasiorowicz, S., Thornton, S. “Physics for Scientists and Engineers”, extended 2^nd edition,

- Hawking, S. W. “A Brief History of Time”,

- Hawking, S. Penrose, R. “The Nature of Space and Time”,

- James G., “Chaos: Making a New Science”,

- Marshall, I, Zohar D. “Who's Afraid of Schrödinger's Cat?”,

- Nambu Y. “Quarks: Frontiers in Elementary Particle Physics”,

- Pagels, H. R. “The Cosmic Code: Quantum Physics as the Language of Nature”,

- Penrose, R. “The Emperor's New Mind: Concerning Computers, Minds, and the Laws of Physics”,

- Ruelle, D. “Chance and Chaos”,

- Sears, F, Zemansky, M. W., Young, H. D. “College Physics”, 6^th edition,

- Serway, R. A. “Physics for Scientists and Engineers”, 3^rd edition,

- Wells, D. “Curious and Interesting Geometry”,