From: Ellen Koivisto (igneous@earthlink.net)
Date: Wed Jun 29 2005 - 08:01:55 PDT
Message-Id: <B2401674-EF94-4BC9-AF42-CBE81EEA3E32@earthlink.net> From: Ellen Koivisto <igneous@earthlink.net> Subject: Re: pinhole transition metal ions electron configuration Date: Wed, 29 Jun 2005 08:01:55 -0700
Drat, then I'll have to keep working on it.  Hopefully, I'll figure  
it out soon....
Thanks Paul.
Ellen
SF, SOTA
On Jun 28, 2005, at 9:03 PM, Paul Doherty wrote:
> Hi Ellen
>
> Alas it requires wave properties for the electrons to miss the  
> protons.
>
> Paul D
>
>
> On Jun 28, 2005, at 8:19 PM, Ellen Koivisto wrote:
>
>
>> Does the density difference causes the electron to miss?   
>> Identical size charges but huge differences in mass and volume,  
>> with the electrons like huge fog clouds or really giant ghosts and  
>> the protons like sumo wrestlers condensed to say book-size without  
>> any loss of mass -- that's close to the number differences.  In  
>> that case, even though they have equal and opposite charges, it  
>> would be as if they existed in only slightly overlapping  
>> universes.  A ghost trying to hold a mini but massive sumo  
>> wrestler would find it impossible and the wrestler would find it  
>> equally impossible.  So in that way the electron could miss.  Is  
>> that at all close to how the electron can bumble through the  
>> nucleus without glomming on permanently?
>>
>> If so, that would be fun.
>>
>> Thanks,
>> Ellen Koivisto
>> SF, SOTA
>>
>>
>> On Jun 28, 2005, at 7:57 PM, Paul Doherty wrote:
>>
>>
>>> Hi Ellen
>>>
>>> I love what you do here.
>>> In answer to the last question, the particle model electron falls  
>>> in toward the nucleus under the electrical attraction to the  
>>> protons, it misses the protons and then continues out the other  
>>> side.
>>> Or, Like the moon orbits the earth the electron orbits the nucleus.
>>> With the difference that the electron's wave nature has more  
>>> effect than the wave nature of the moon.
>>>
>>> Paul D
>>>
>>>
>>>
>>>
>>
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