Electrons entering the area Atom's nucleus

In summary, the conversation discusses the concept of artificially forcing electron particle waves into the nucleus of an atom, which can result in shrinking the size of the atom. The question is raised about whether an atom can hold more than the normal amount of electrons and what defines the normal amount. The concept of negatively charged ions is also mentioned.
  • #1
Ajwrighter
42
0
A while back I recall reading an article regarding artificially forcing electron particle waves into the surrounding nucleus of an Atom and that the result would shrink the size of the atom. Can an Atom hold more than the normal amount of electrons, if so is there a maximum?
 
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  • #2
Define "normal amount of electrons".

Some atoms can exist as negatively charged ions (like Cl-, S2-) - do they qualify?

But in general I have no idea what you writing about,

Ajwrighter said:
artificially forcing electron particle waves into the surrounding nucleus of an Atom

doesn't make sense to me.

--
methods
 
  • #3
Google "neutron star".
 

FAQ: Electrons entering the area Atom's nucleus

What is the charge of an electron entering the atom's nucleus?

Electrons entering the atom's nucleus have a negative charge of -1.

How do electrons enter the atom's nucleus?

Electrons enter the atom's nucleus through the process of quantum tunneling, where they can pass through barriers that seem impenetrable to classical particles.

What happens to an electron when it enters the atom's nucleus?

When an electron enters the atom's nucleus, it combines with protons to form a neutron. This process is known as electron capture.

Can electrons enter the atom's nucleus from any direction?

No, electrons can only enter the atom's nucleus from specific directions based on the energy levels and orbitals of the atom. This is governed by the laws of quantum mechanics.

What is the significance of electrons entering the atom's nucleus?

The process of electrons entering the atom's nucleus is essential for the stability of the atom. It helps to balance the positive charge of the protons and maintain the overall neutral charge of the atom.

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