Deductive Physics

This book explores the connection between electromagnetic forces and variations in the metric tensor, proposing a three-dimensional time-like space with imaginary time coordinates. It presents a novel approach to understanding electrons, positrons, and fundamental particles through this framework.

Linking electromagnetic forces to a multi-dimensional time framework and redefining particle models.

The author demonstrates how electromagnetic forces, including gravitation, can be tied to changes in the metric tensor if time-like space is considered three-dimensional, with time coordinates expressed as imaginary numbers. In this perspective, the four axes in Minkowski space correspond to one direction within an orthogonal coordinate system labeled (4, 5, 6).

Electrons and positrons are viewed as tiny black holes, where the unit length of the 4-axes at the black hole's surface equals zero. Time flow is interpreted as rotations within the 4, 5-plane, which generate electric charge. Building on this concept of electric charge, classical electrodynamics is developed, leading to a constructed model of the electron.

From this electron model, Planck’s constant is estimated using the speed of light, the elementary charge, and Coulomb’s constant. This approach naturally leads to quantum mechanics. Additionally, time is proposed to flow in the 5, 6-plane between two tiny black holes, one acting as a source and the other as a sink.

Combining these source/sink elements with electrons and positrons forms the fundamental two quarks, which then build up protons and neutrons. Pairs of these source/sink elements are identified as neutrinos, completing the model’s particle framework.