Hypothesis: The Long Spermatozoa in Ostracods and Drosophila are Caused by Gravitational Forces comparable to Spaghettification (Spermatozoa Spaghettification in Ostracods and Drosophila by Gravitational Forces)
Hypothesis: The long spermatozoa in ostracods and drosophila are caused by gravitational forces comparable to spaghettification near black holes. (Spermatozoa spaghettification in ostracods and drosophila by tidal gravitational forces) by Stefan Geier, Haidholzen Spaghettification, or the “noodle effect,” is the extreme vertical stretching (and horizontal compression) of objects into long, thin shapes due to intense tidal gravitational forces near a black hole. We would like to introduce, in the context of GEIER’s equations, the hypothesis that the extremely long spermatozoa of some species (e.g., ostracods, up to 5 cm; Drosophila, up to 6 cm) are also related to gravitation. Hypothesis: The long spermatozoa in ostracods and drosophila are caused by gravitational forces comparable to spaghettification near black holes. References: · Geier Stefan et al. Sperm cell radii and GEIER's r(KKCYMF): all our literature-derived sperm-cell radius records pass the r(KKCYMF) or d(G) benchmark...