I found this this evening whilst clearing out some computer files from 1998.
I have no idea where it originated or how it got to me; it’s not original to me, but it’s depressing how little things change. This was from a time in my life when I found humour in the stupidity of organisations. I’m not sure whether I still do! 🙂
The densest element known to science was recently discovered. Called Administratium, it has no protons or electrons, thus giving it an atomic number of 0. However, it has a neutron, 125 assistant neutrons, 75 vice-neutrons (meson exchange) and 111 assistant vice-neutrons giving an atomic mass of 312. This nucleus is held together by the exchange between particles of sub-atomic forces called morons, though some workers believe that a newly discovered quark like particle, the ‘inertia’ quark, is also involved.
Due to the lack of electrons, Administratium is chemically inert but possesses the surprising ability to impede all reactions with which it comes in to contact. The tiniest amount of Administratium can reduce reaction rates several thousand fold, resulting in actions that should take a second to complete actually occurring in several days.
Administratium is unstable, with a half life of between one and three years, depending upon the environment in which the element is found. During decay, Administratium undergoes spontaneous changes in which the neutrons, vice-neutrons and assistant vice neutrons simply change places by the exchange of morons, inertia quarks and a further meson-like particle called a Beaurocraton. Some workers note that the number of vice-neutrons and assistant vice-neutrons can increase during this process, and it is believed that the energy for this process is drawn from other materials in the vicinity. Administratium will occasionally decay into Beaurocratium and Tedium.
Administratium is dangerous in any concentration, and care should be taken to remove it from any environment where its stagnating effects would be felt. Although not nowadays used in building structures, it can spontaneously form in new and well appointed buildings, especially in large mult-national corporations, government or quasi-governmental organisations. However, it can exist anywhere where there are more than three layers in any organisational structure, and can be difficult to detect until the toxic effects have reached a fatal level. The cure of Administratium poisoning is the total removal of all of the material from the affected locations; this will allow the reaction rates of affected processes to recover to their normal levels, provided that the exposure has not been to severe. In extreme cases, total the poisoning may be so severe that the exposed environment itself spontaneously decays into Administratium or one of its many sister elements.