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At its core, twister theory seeks to reframe the constructs of space-time. Traditionally, physicists have approached the universe via fixed points in Minkowski space-time. However, for twister theory, the focus shifts from these points to the interactions of light rays represented as spheres – essentially transforming how we understand fundamental physics.
The concept begins in Minkowski space, where every point corresponds to a unique light ray, visualized through the Riemann sphere. By utilizing complex numbers and geometry, this framework employs ideas from both quantum mechanics and relativity, emphasizing a blend of various physical principles without necessarily quantizing gravity itself. The primary goal remains to articulate classical general relativity.