Isotopes, eh? And what is the half-life? 5.5: Bore-on Atmospheric element of air found in council meeting chambers across the globe. Deadens discussion and limits imagination.
Can I direct everyone's attention to this scholarly treatise on some of the sub-atomic particles closely associated with politics and particularly elections: Quantum Electodynamics
An element with mind-altering properties, rendering the subject contemptuous of everything he lays eyes on. Many comments on blog posts are made under the influence of bilium.
Darwinium was accidentally created in the search for stable superheavy elements, and has an atomic number of 288. Its half-life is only a few microseconds, but in that time it is able to catalyse the combination of ordinary heavy elements to form more darwinium and other members of the darwinide family whose properties vary in many ways, and which can induce each other's transmutation or disintegration. The resulting intense process of natural selection, with upwards of 100,000 generations per second, has resulted in the rapid creation of entirely new forms of matter, faster than human understanding can keep pace with. Fortunately, it has not yet evolved the ability to digest any of the lighter elements. The few samples in existence have been isolated in aluminium containers, within which the finite resources cause the evolution to eventually peter out. The samples now appear to be quiescent, but there is no known way of destroying them. Theoretical calculations suggest that the introduction of as little of 1 gram of heavy elements might allow it to evolve the ability to digest every element down to hydrogen. Some argue that it is our moral duty to release the darwinide so that it may progress to transmute the entire planet and beyond into new life-forms beyond our imagination.
An element that needs to be excluded, on principle, from the Periodic Table, say some. Its specific hazards are described in the tome-like treatise "The Perils of Paulinium" , by Dudley Doright.
Alternates between a rigid state and a malleable state. Over time the malleable periods become more protracted, and the rigid state becomes harder to achieve.
Originally dismissed as mere hearsay, this element was re-discovered in the Australian jungle and is now used in the advertising business. Not as you might think a halogen, but a different klass altogether.
Tends to aggregate in stable blocks. Most commonly found in areas of high amenity value. The market in this element fluctuates wildly leading to it being a factor in speculative excesses.
A lumpy, hard substance which is occasionally used in competitive events. Participants attempt to gather as much of it as possible, the winner being the player with the most Nobblinese. Once common in holiday camps, it may still be found around seaside piers and anywhere frequented by the elderly.
An element formerly used in the manufacture of radios. If someone offers you an antique radio, check its authenticity by looking for the word "Hilversum" written on the tuning dial.
Mostly found in rock formations. Capable of absorbing its own atomic weight in carbon-attached hydroxyl group compounds, but tends to sweat and emit a noxious odour when subjected to energy.
Useful element in most experiments. When treated with care, will remind you of the date of the experiment, set up the lab beforehand and write up the notes afterwards. Can get overexcited. Occasionally becomes unstable. [Projoy] Top notch.
The fifth isotope of Symphonium, discovered in early 19th century Germany, but in a bizarre irony, it's first practical use was as part of the United Kingdom's war machine in world war two.