We assume that the energy in infinite free space (in addition to flammable particles if any) is drawn toward the center of the hottest point, as if to add more fuel to the fire.
The Big Bang explosion itself lasts only a fraction of a second, but its aftershocks last almost indefinitely.
The concept of a vacuum spontaneously exploding and sustaining an explosion is highly theoretical and speculative, often discussed in the context of quantum field theory and cosmology. Here’s a general overview of how such an event might be sustained and amplified based on current theoretical understanding:
Quantum Field Theory and Vacuum Instability
Sustaining the Explosion
Amplification Mechanisms
Theoretical Considerations
Practical Implications
In summary, a spontaneous vacuum explosion would be sustained by the energy released during the transition from a false vacuum to a true vacuum, with the process potentially amplified by chain reactions and inflationary dynamics. This remains a fascinating and complex area of theoretical physics.
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