Administrator2
New Member
EARL DETRA
John Paul:
And all events to the atoms that make up the earth started during the plasma (ionized) state, which made it hot. The clocks started ticking during the (ionized) plasma stage.
The atoms that formed rocks and minerals were not in a plasma state when the rocks were formed. Nor have they undergone such a state since formation. Now, an atom of U238 is an atom of U238, whether it was once formed in a plasma state or not. That atom is now incorporated into a mineral and begins to decay in the normal fashion. I don't care if it was a blue elephant eating peach ice cream before it became an atom of U238. After it becomes uranium, it behaves as a uranium atom.
Or are there several different kinds of uranium other than the ones presently known?
Besides, these atoms were not incorporated into minerals until they cooled to well below 2000 degrees C. How long do you think that was after the plasma state disappeared.
So what happens to your plasma ions when they condense out of the plasma? Can you tell them from other atoms? According to you, we should be completely unable to measure the half life of any material. And yet there you have it, measureable, dependable half lives. How do you explain this?
Earl Detra:
This is all very interesting, but I would really like to see evidence that the minerals we date actually crystallized from a plasma or somehow endured the plasma state after formation.
John Paul:
Much of the big-bang and the nebula hypothesis are very interesting too. I would really love to see some evidence that would indicate both are indicative of reality.
Does this mean you are not going to show me the conditions you indicate are so important?
Earl Detra:
Do you begin to see where this is all irrelevant to radiometric dating?
John Paul:
I don’t think you understand the Creationist position on this. The clock was started upon the Creation of the (ionized) plasma cloud, accelerated (that’s were the heat came from to make it a hot plasma cloud), and then set to what we now observe (de-ionization & cooling, which was accomplished in part by transforming the heat to energy). All of this happened at the atomic level therefor affecting every mineral anywhere in the universe. (of course some atoms get recycled through the fusion generators that are stars.
But that is emphatically, not how the clock started. If it were, then all clocks would give us about the same date. They don't. The clocks starts when the mineral incorporates a radionuclide and then cools below its trapping temperature. You misunderstand geochronology completely.
Earl Detra:
There are NO conditions on earth that would permit the variation of radiometric decay in any crustal rocks that we can or do date.
John Paul:
OK. What is your evidence that the variation that occurred to all the atoms in this plasma would not be carried over once they were used to form this planet?
First of all, in your case, all samples should give the same date: The time when matter condensed from the plasma... the beginning of the universe. They don't. Second, why would the past history of an atom have anything to do with what it is now. Can you tell if a helium atom was formed by fusing hydrogen? No. Does a water molecule tell you the history of its components? No. I think it is incumbent upon you to show us where there is a difference between two atoms of the same radionuclide.
John Paul:
No Joe. Earth came from a hot plasma body:...
Earl Detra:
Exactly! The rocks came along later. Therefor they were not influenced by the hot plasma conditions.
John Paul:
The atoms of the rocks were influenced. That is the real concern. Also you have to remember we are talking about two very different processes of planet formation.
Okay then tell us how an atom that condensed from a plasma is different from any other. Tell us how any two atoms of U238 are different. Furthermore, if they all had the same origin as you seem to indicate, there is no different process to discern the two atoms. Ergo, you point is invalid.
John Paul:
And all events to the atoms that make up the earth started during the plasma (ionized) state, which made it hot. The clocks started ticking during the (ionized) plasma stage.
The atoms that formed rocks and minerals were not in a plasma state when the rocks were formed. Nor have they undergone such a state since formation. Now, an atom of U238 is an atom of U238, whether it was once formed in a plasma state or not. That atom is now incorporated into a mineral and begins to decay in the normal fashion. I don't care if it was a blue elephant eating peach ice cream before it became an atom of U238. After it becomes uranium, it behaves as a uranium atom.
Or are there several different kinds of uranium other than the ones presently known?
Besides, these atoms were not incorporated into minerals until they cooled to well below 2000 degrees C. How long do you think that was after the plasma state disappeared.
So what happens to your plasma ions when they condense out of the plasma? Can you tell them from other atoms? According to you, we should be completely unable to measure the half life of any material. And yet there you have it, measureable, dependable half lives. How do you explain this?
Earl Detra:
This is all very interesting, but I would really like to see evidence that the minerals we date actually crystallized from a plasma or somehow endured the plasma state after formation.
John Paul:
Much of the big-bang and the nebula hypothesis are very interesting too. I would really love to see some evidence that would indicate both are indicative of reality.
Does this mean you are not going to show me the conditions you indicate are so important?
Earl Detra:
Do you begin to see where this is all irrelevant to radiometric dating?
John Paul:
I don’t think you understand the Creationist position on this. The clock was started upon the Creation of the (ionized) plasma cloud, accelerated (that’s were the heat came from to make it a hot plasma cloud), and then set to what we now observe (de-ionization & cooling, which was accomplished in part by transforming the heat to energy). All of this happened at the atomic level therefor affecting every mineral anywhere in the universe. (of course some atoms get recycled through the fusion generators that are stars.
But that is emphatically, not how the clock started. If it were, then all clocks would give us about the same date. They don't. The clocks starts when the mineral incorporates a radionuclide and then cools below its trapping temperature. You misunderstand geochronology completely.
Earl Detra:
There are NO conditions on earth that would permit the variation of radiometric decay in any crustal rocks that we can or do date.
John Paul:
OK. What is your evidence that the variation that occurred to all the atoms in this plasma would not be carried over once they were used to form this planet?
First of all, in your case, all samples should give the same date: The time when matter condensed from the plasma... the beginning of the universe. They don't. Second, why would the past history of an atom have anything to do with what it is now. Can you tell if a helium atom was formed by fusing hydrogen? No. Does a water molecule tell you the history of its components? No. I think it is incumbent upon you to show us where there is a difference between two atoms of the same radionuclide.
John Paul:
No Joe. Earth came from a hot plasma body:...
Earl Detra:
Exactly! The rocks came along later. Therefor they were not influenced by the hot plasma conditions.
John Paul:
The atoms of the rocks were influenced. That is the real concern. Also you have to remember we are talking about two very different processes of planet formation.
Okay then tell us how an atom that condensed from a plasma is different from any other. Tell us how any two atoms of U238 are different. Furthermore, if they all had the same origin as you seem to indicate, there is no different process to discern the two atoms. Ergo, you point is invalid.