The Effects of Adding/Removing Protons to an Atom

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SUMMARY

Removing or adding protons to an atom fundamentally changes its elemental identity, as demonstrated by the examples of Carbon and Oxygen. The process of ejecting a proton from a nucleus requires significant external energy due to the strong nuclear forces at play. While theoretically possible, the practical application of proton removal or addition is limited by the energy requirements and the lack of known particle interactions that can facilitate such changes. This discussion highlights the complexities involved in nuclear physics, particularly regarding nucleon behavior and energy dynamics.

PREREQUISITES
  • Understanding of atomic structure and elements
  • Basic knowledge of nuclear physics principles
  • Familiarity with nucleons (protons and neutrons)
  • Concept of binding energy in atomic nuclei
NEXT STEPS
  • Research the concept of nuclear binding energy and its implications
  • Learn about particle interactions that can facilitate nucleon ejection
  • Study the principles of nuclear reactions and their energy requirements
  • Explore advanced topics in nuclear physics, such as quantum tunneling
USEFUL FOR

Students and enthusiasts of nuclear physics, researchers exploring atomic interactions, and educators teaching advanced chemistry concepts will benefit from this discussion.

baconbits423
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Is it possible to remove a proton from an atom and then as a result will the element of the atom will change?

Would anything else need to be remove to keep an equal balance in an atom, ex. neutron or electrons?

How much radiation would be created by removing a proton.Is more rediation created by adding or subtracting a proton.

Is it possible to add a proton to an atom and change the element of the atom.

Ex. If Carbon has 6 protons and I add 2 would it be Oxygen ?
Ex. If Oxygen has 8 protons and I remove 2 would it be Carbon?
:rolleyes:
 
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I've just started nuclear physics, so my ideas are very hazy.

As I understand it, while in principle there's nothing wrong with ejecting a photon, the energy required to get the proton out of the nucleus is extraordinarily unlikely to be achieved. Nucleons can tunnel out of a potential well in the same way as any other quanta. Alpha particles can be ejected from a nucleus because the binding energy when the alpha forms is sufficient to propel it out of the well.

This means to eject a proton requires energy from some external source. I am not aware of any particle interactions which can exchange the right amount of energy in the right place for this to happen.

Any experts please correct me if I'm wrong.
 

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