Journal of Theoretical, Experimental, and Applied Physics
Quest for Mathematical Tools to Investigate Space-Time-Energy Properties
Abstract
Gianni Albertini, Domenico Bassani and Fabio Cardone
The scientific community is actively working to reconcile General Relativity and Quantum field theory. However, recent experimental results, suggesting that space-time can be anisotropic and asymmetric, do not align with the proposed theories. These deformations depend on energy thresholds that vary for different interactions, with the metric parameters being energy-dependent. The recent results from the James Webb Space Telescope are cited in support of an asymmetric and anisotropic space-time. These facts suggest that the violation of Lorentz invariance is of geometrical, rather than dynamical, nature. A recovery of invariance is sought after introducing energy as a fifth dimension. A complete description of the 5-dimensional space-time-energy universe is the challenge proposed.
