TL;DR
This paper explores how certain time-dependent gravitational fields can accelerate particles to near-light speeds, forming cosmic double-jet structures through collapse and expansion dynamics.
Contribution
It introduces a model linking gravitational collapse and expansion to the formation of cosmic double-jet configurations, highlighting a new mechanism for jet acceleration.
Findings
Particles are accelerated to near-light speeds along the collapse axis.
Double-jet patterns form asymptotically in the gravitational collapse model.
The model connects gravitational dynamics with observed cosmic jet phenomena.
Abstract
We discuss time-dependent gravitational fields that "accelerate" free test particles to the speed of light resulting in cosmic double-jet configurations. It turns out that complete gravitational collapse along a spatial axis together with corresponding expansion along the other two axes leads to the accelerated motion of free test particles up and down parallel to the collapse axis such that a double-jet pattern is asymptotically formed with respect to the collapsed configuration.
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