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We have previously investigated joint $\Lambda \bar{\Lambda}$ decay in thereaction $e^+ e^- \rightarrow \gamma \Lambda(\rightarrow p\pi^-)\bar{\Lambda}(\rightarrow \bar{p}\pi^+)$. The cross-section-distributionfunctions encountered were relativistically covariant and expressed in terms ofscalar products of the four-momentum vectors of the particles involved. In thepresent, sequel investigation, we show that by working with three-momentumscalars instead results could possibly become more transparant.

Entanglement in joint $\Lambda \bar{\Lambda}$ decay; cont