Part 2/8:
Heaviside was instrumental in interpreting Maxwell's foundational equations of electricity and magnetism. He not only reformulated these equations into vector form but also introduced vector calculus and algebra, which greatly simplified the mathematical landscape of electromagnetism. Heaviside's choice to utilize vector fields instead of potentials marks a significant pivot in addressing the complexities of electromagnetic phenomena.
Challenging Established Beliefs
One of the radical insights I gleaned from my readings is the assertion that the current understanding of light and radio waves as electromagnetic waves is fundamentally flawed. This theory may lead researchers down a false path, obstructing progress in our exploration into the nature of light.