Transient Excited State of Neutron
Abstract
Spinning of proton and electrons in nucleus results in separation of charges and inside of nucleus gets positively charged whereas the electrons occupying outermost part of nucleus becomes negatively charged which is transient.
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Introduction
In fact nucleus is hardly neutral in charge .Rather it is 50% time charged. The article explains the positivity inside and negativity outside of nucleus. This explains the status of protons and electrons. It is new because of rotation or spinning of protons and electrons within nucleus.
Conclusion
Association of charges for ultra short time and dissociation due to rotation of both protons and electrons imparts positivity within and negativity surface of the neutron. Electron occupies outer most of nucleus in bound state. Negatively charged outermost of neutron due to spin of both protons and electrons attracts positively charged protons. But protons have higher energy try to escape. So a balance state is reached. Negatively charged surface of neutron also repels electrons but attracted by positively charged protons.