Magnetivity and the Magnetic Fabric of Space-Time
How the Theory of Magnetivity Integrates Special Relativity and Electromagnetic Fields in a New Vision of Space-Time Curvature Theory of Magnetivity, where special relativity and electromagnetic fields converge in a new vision of space-time curvature. The image visualizes space-time as an interconnected fabric, bending and weaving around magnetic and gravitational influences, symbolizing a unified cosmic framework. The principles of special relativity and electromagnetic interactions in classical physics intersect intriguingly with the proposed theory of Magnetivity , which suggests that magnetic fields might contribute directly to space-time curvature, much like mass does in general relativity. Here’s how these ideas correlate: Magnetic Fields and Motion Dependency : In classical electromagnetism, magnetic forces arise only between moving charges—no movement, no magnetic force. This dependency highlights the deep relationship between magnetism and the relative motion of charges...