Quark-Gluon Plasma Expansion Driven by New Force

When atomic nuclei collide at nearly the speed of light, they produce quark-gluon plasma, the hottest fluid known to exist. New simulations indicate that scientists may have previously overlooked a critical force governing this state of matter, revealing that extreme acceleration builds up along the plasma's edges. This accumulated acceleration is instrumental in driving the fluid's explosive expansion immediately following the high-energy collision, suggesting that current models of the plasma's dynamics may require revision to account for this edge-driven mechanism.

The impact of this acceleration extends beyond the fluid's motion, potentially influencing several fundamental properties of the plasma. The simulations suggest the force could modify the material's temperature-like behavior, affect the