The World Beyond Black Holes

Wim Vegt is a pioneering physicist whose research introduces a groundbreaking mathematical model situating our physical reality within a ten-dimensional hyperspace. In this framework, time serves as the unifying coordinate interlinking the three-dimensional electric, magnetic, and gravitational spaces, each characterized by its own field and governed by intrinsic divergences and rotations. Vegt's model introduces the concept of Force Density, facilitating interactions among these distinct spaces under the principle of equilibrium. Expanding upon Einstein's General Relativity, which describes spacetime curvature through gravitational fields with a constant light speed, Vegt proposes a dynamic view where light speed can vary with coherent laser interactions, prompting a reevaluation of gravitational and luminous phenomena across different scales. His innovative approach encompasses integrating the Stress-Energy Tensor and Gravitational Tensor, alongside a novel tensor representation for black holes termed Gravitational Electromagnetic Confinements. This framework goes beyond traditional General Relativity, particularly in explaining gravitational lensing, offering a harmonious depiction of gravity and light. Vegt's insights resonate with John Archibald Wheeler's research and highlight discrepancies highlighted by Galileo satellite data and MASER frequency measurements. By bridging quantum physics and general relativity, as exemplified in String Theory, his interdisciplinary work redefines the gravitational constant "G," fostering new advances in astronomical and astrophysical sciences. Vegt presented this new model in quantum physics in the publication: "Unravelling the Enigmatic Nexus: Black Holes, Dark Matter, and the Interplay of Light, Gravity, and Electromagnetic Forces in Astrophysics and Astronomy" in the "American Journal of Astronomy and Astrophysics (Volume 11, Issue 3)" in 10 October 2024.