Discover how the principle of relativity reshapes our understanding of electricity, magnetism, and the electron.
This concise monograph explains how Einstein’s relativity idea connects with the electron theory and the behavior of light and matter. It is written to be clear for the general reader while still useful to the experimental physicist, avoiding heavy mathematics where possible. The author shows why the laws of electromagnetism and conservation of electric charge lead to a consistent view of space, time, and motion, and how this view challenges the idea of a fixed, absolute frame of reference.
- How the principle of relativity arises from the need to keep physical laws the same in all frames of reference
- How Maxwell’s equations tie space, time, and electromagnetic phenomena together
- Why charge conservation and the electron theory fit within a relativistic framework
- What the discussion implies about the concept of the aether and the nature of motion through space
Ideal for readers of early 20th‑century physics who want a readable introduction to relativity’s role in electricity and matter, and for anyone curious about how light, electrons, and fields fit into a single coherent view.