I don't know which is more extraordinary - the news or the way that it has been presented. Maybe I am just becoming an old git faster than I expected..
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Half a century ago, Belgian Zoologist Bernard Heuvelmans first codified cryptozoology in his book On the Track of Unknown Animals.
The Centre for Fortean Zoology (CFZ) are still on the track, and have been since 1992. But as if chasing unknown animals wasn't enough, we are involved in education, conservation, and good old-fashioned natural history! We already have three journals, the largest cryptozoological publishing house in the world, CFZtv, and the largest cryptozoological conference in the English-speaking world, but in January 2009 someone suggested that we started a daily online magazine! The CFZ bloggo is a collaborative effort by a coalition of members, friends, and supporters of the CFZ, and covers all the subjects with which we deal, with a smattering of music, high strangeness and surreal humour to make up the mix.
Unlike some of our competitors we are not going to try and blackmail you into donating by saying that we won't continue if you don't. That would just be vulgar, but our lives, and those of the animals which we look after, would be a damn sight easier if we receive more donations to our fighting fund. Donate via Paypal today...
1 comment:
This is a remarkable story, but one that could be expected from a chemical point-of-view. Scientists have always theorized life based on silicone rather than carbon. Why? It is because silicone and carbon are of the same family in the periodic table – group IV (old IUPAC) or the carbon group. Silicone is heavier than carbon by 8 protons and usually 6 neutrons. Due to the nature of their electron shells, they behave chemically similarly.
Likewise, phosphorus and arsenic are also in the same family in the periodic table – group V (old IUPAC) or the nitrogen group. Again, arsenic is heavier than phosphorus (by 8 protons and 26 neutrons) or approximately twice as heavy. Arsenic is also called a semi-metal in that it can behave as a metal (creates ionic bonds) or as a non-metal (creates covalent bonds with other elements) .
Life that uses arsenic rather than phosphorus in its life cycle, although remarkable, has been theorized based on the nature of chemical theory.
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