Press Release - new scientific discovery at UCT
Posted by Vicki Scholtz | 15 Nov, 2007
Following on the recent discovery [see below] of Governmentium (Gv), chemists at the University of Cape Town recently announced the discovery of an even heavier element, which they’ve named Bremnerium (Bm), as its heaviness seems particularly apparent at its top.
Bremnerium exhibits some interesting chemical properties, hitherto unobserved in any previously discovered elements. These include a propensity of some nuclear particles to reproduce through fission – most easily observed in highly charged particles called rectrons – and an ability of other nuclear particles to form sub-particles which then continue to orbit the parent particle in eccentric orbits – most readily observed in particles previously considered inert, named registrons.
These sub-registrons are found in complementary pairs, and exhibit the curious behaviour observed on an astronomical level between stars and their twin dark stars, leading the UCT chemists to speculate that one of the pair is a sub-atomic form of anti-matter, whose properties may account for the observation that other elements found in close proximity to atomic Bremnerium exhibit a sustained decrease in energy levels, with their electrons ultimately unable to sustain their orbits and then falling in on the nucleus, resulting in elemental implosion. Colleagues in the biological sciences who have observed this phenomenon have likened it to an atomic form of phagocytosis and have cautioned that the resultant gain in mass could lead to the ultimate instability of this new element as the surrounding environment becomes progressively impoverished.