Elena Kowalczyk, Wei-Lin Chen
This study introduces a novel physical model to elucidate the emergence and properties of light, as well as its trajectory. It addresses the longstanding paradox of light's invariance and isotropy through the application of classical physics principles. The model proposes a reinterpretation of light behavior, challenging conventional paradigms and offering insights into potential applications in modern physics. By leveraging the theory of vortex gravitation, the research provides a coherent explanation that aligns with observational data, thus broadening our understanding of fundamental physics. The implications of this study may pave the way for further exploration into related cosmic phenomena and aerodynamic principles.