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Antarctic Fossil Questions
There's a petrified forest in Antarctica peeking through perpetual snow where today nothing bigger than bacteria grows. The trees resemble today's Christmas trees, but instead of needles they had leaves (see photo) The trees grew thickly (a thousand or more per acre) and tall (up to 80 feet). They are dated late Permian, 260 million years ago, one of many times when Earth appears to be have been much warmer than today.
From a catastrophist point of view, there are many questions raised by the Antarctic forest. How accurate is the system by which the trees were dated? Was late Permian really 260 million years ago? Geologists consider this figure accurate, along with the "known" age of the Earth. And it's all backed by absolute radiometric dating techniques. Fifty years ago, they were equally confident of a different age, and another age fifty years before that. But this time they're sure they've got it right.
Two of the basic assumptions on which radiometric dating is based are that the Earth is an isolated body in space unaffected by interactions with other bodies and that the decay constant is a constant. No matter what, no matter where, the half-life of a particular radioactive isotope remains the same.
Catastrophists, who collect evidence that the Earth has been subjected to discontinuous and disruptive events, are quick to point out the flaws in radiometric dating results. A search of Ian Tresman's Catastrophism CD on-line (see link below) will generate 101 different references to radiometric dating in catastrophist literature. Most of these articles are about anomalies in radiometric dating and how they are explained away by those who accept the conventional dating without question. Others refer to research showing that changing electric fields can change the decay rate.
In addition, Russian researchers S. E. Schnoll, et al, have been studying the effects of celestial cycles on the decay constant for over 30 years. They document changes in the decay constant and in chemical reaction rates that correlate with moonrise/moonset, eclipses, the sidereal and synodic day, the year, and the sunspot cycle.
Each of these cycles shows that the decay rate is connected to something. From an Electric Universe point of view, that something is probably electric currents in space. The synodic day variations (sunrise to sunrise) would correlate to the Sun's electric currents, while the sidereal day variations (from star-rise to star-rise, just under four minutes shorter than the synodic day) would correlate to something from beyond the solar system, such as the galactic electric currents.
Schnoll, et al, document that solar activity affects the decay rate of Plutonium239. This activity peaks when there are active solar flares or CME's. The decay rate spike occurs immediately after the solar activity, or 2 to 3 days before the solar wind arrives to change the Earth's geomagnetic field. This may mean that the cause of the changed decay rate arrives at Earth at the speed of light (or faster). Or it may mean that both the changes in decay rate and the solar activity have a common cause in galactic-scale electric currents.
If catastrophic changes to the solar system have
occurred, then radio decay constants have changed. If the plasma
discharge phenomena we call the thunderbolts of the gods actually flew
between Earth and other planets, this too would have changed the radio
decay constant (as well as the abundances of radioisotopes). In any
case, the whole question of absolute dating must be re-evaluated from an
electric universe point of view.