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  1. Naked Science Forum
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  4. Can this lead help us neutralize atoms?
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Can this lead help us neutralize atoms?

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Offline D.G. (OP)

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Can this lead help us neutralize atoms?
« on: 26/12/2017 21:51:12 »
I and my career is dynamic, one of the critical quests is to find an answer how to neutralize/stop atoms to be active/harmful.
My theory about the atom is without any external scientific partnership or thinking. I think atoms have a middle core what is a alien metal what double poled magnetic metal. Dust made the active rotating particles is also logic to me.

Well, to neutralize/stop atoms to be active/hazard I discovered something interesting in a recent scientific research conclusion that states that highly refined metal in ultra highest finer forms tested show the metal becomes totally neutral/non perceptive to magnetism.

So my question attempting lead I searched to share here, is I hope that really magnetism neutral metal of the highest refinable forms to perhaps be able to be able to press and brake thru the atom(s) activity and element of ultimate magnetism.

I look forward to read reactions to this post but do not feel all the science outcome lays on our amateur thinking etc, I am rising to the bottom of this lead and my aim/quest to neutralize/stop atoms.

D.G.
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Offline Bored chemist

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Re: Can this lead help us neutralize atoms?
« Reply #1 on: 27/12/2017 11:24:18 »
Quote from: D.G. on 26/12/2017 21:51:12
My theory about the atom is without any external scientific partnership or thinking
It shows.

You need to study  before you are going to get anywhere with this idea.

For a start, atoms are all neutral- by definition.
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Offline Bigjoemonger

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Re: Can this lead help us neutralize atoms?
« Reply #2 on: 31/12/2017 08:05:50 »
I admire your attempt to use English as it clearly appears to be a second language. But at this point it's not very understandable.

It kind of sounds to me like you're trying to create a new atomic model. In response to that I have but one question. Have you read about the current atomic model, and all of the evidence we have that supports it?

If that's not what it's about then I'm quite lost.
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Offline evan_au

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Re: Can this lead help us neutralize atoms?
« Reply #3 on: 31/12/2017 23:24:07 »
I suggest that you start with an introduction here (perhaps use the Nederlands, Français or Deutsch version of Wikipedia):
- An historical account of the discovery of atoms: https://en.wikipedia.org/wiki/Atomic_theory
- A specific look at the nucleus of atoms: https://en.wikipedia.org/wiki/Atomic_nucleus

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I think atoms have a middle core what is a alien metal
- A closer look at metals; metals are made of atoms, and are distinctly different from the nucleus of atoms: https://en.wikipedia.org/wiki/Metal#In_the_periodic_table

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highly refined metal in ultra highest finer forms tested show the metal becomes totally neutral/non perceptive to magnetism
A look at magnetism; there are several different types of magnetism, and every kind of atomic or nuclear matter displays one (or more) of these types of magnetism: https://en.wikipedia.org/wiki/Magnetism

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to neutralize atoms
We talk of atoms being electrically neutral, as distinct from ions which are electrically charged.
Your body uses ions for many essential functions, including nerve impulses.
See: https://en.wikipedia.org/wiki/Ion

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to neutralize/stop atoms to be active/hazard
What makes some atoms hazardous is that they are chemically similar (but not quite identical) to atoms which are essential for life. For example:
- Arsenic (a poison) is chemically very similar to Phosphorus (essential for bones & DNA), lying just below it in the periodic table.
- Cadmium and Mercury (poisonous) are very similar to Zinc (an essential mineral), lying just below it in the periodic table.

The only way to make these atoms non-hazardous would be:
- To make their properties identical to their healthful sibling. But because they are more massive, and physically larger, they don't work in the same biochemical reactions
- Remove them from the environment. Fortunately, heavier elements (Arsenic and above) are less common on the surface of the Earth than the lighter elements (Iron and lighter). This is due to the way elements are formed inside stars.
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