Validation of Phase Dynamics Φ in Astrophysics

The present experimental annex aims to demonstrate the direct applicability of the ITE ETD model in high-energy astrophysics.

As we will see, experimental observations confirm that the phase  manifests itself through the local variation of permittivity, generating the collimated flux  as a self-regulating mechanism of the system.” The model is so robust that it can explain the phase transition from a static object (black hole) to one of the most energetic phenomena in the universe (quasar) by simply relaxing a constant.

As we have already seen in ITE, the Universe is not a static setting, but a manifestation of the phase gradient. The "black hole" and the "quasar" are just two different vibrational modes of the same geometry.