Is it possible to store the energy in a nucleus and retrieve it later?

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This is the second talk in the series - What is holding the Science from making a big leap forward?
If a neutral atom acquires an electron then that becomes a negatively charged ion. Atom releases the energy when it acquires an electron. The amount of energy released will be equal to the ionization energy of the orbit in which the electron was captured.
Similarly, if a neutral atom sheds an electron then that becomes a positively charged ion. Atom consumes the energy when it sheds an electron. The amount of energy will be equal to the ionization energy of the orbit from which the electron was ejected.
The energy consumed or released as part of the ionization of an atom is actually being stored in the nucleus of that atom. An increase in the density of the nucleus stores the energy and decrease in the density of the same releases the energy. The theory proposed based on this concept explains many of the observations in sciences.
Chapters:
00:00 Exploratory questions
01:04 Beginning of the talk
01:30 Ionization of an atom
03:15 Nuclear Fission
07:55 Nuclear Fusion
10:47 Nucleus as an energy storage unit
13:25 Density, Energy and the Deficit in mass
17:05 Point size object
19:40 What does this all indicate?
19:45 Blackhole at the center of the Milky Way galaxy
20:25 Dark matter
20:55 Gravity and Strong nuclear force
22:26 Gravity from a new angle
23:14 Where the energy coming from in a chemical reaction?
23:43 Which one do you call as fuel in the combustion of Hydrogen with Oxygen?
25:32 How some species are able to live in a Sulfur rich environments?
26:40 How does electricity flow in a wire?
28:54 End note
31:32 Dedication of the talk
31:46 About the series of talks
32:25 What will be in the series?
33:14 Who should watch this talk?
36:23 Thank you
Playlist: Research Publishing
• Research Publishing