Keshe 3 Nuclear decay and Motion

In this third movie about his new book, titled: The Universal Order of Creation of Matters, nuclear engineer Mehran Keshe shows the new and more logic way to understand the natural nuclear decay of the neutron into a proton, an electron and some smaller fragments of energy (like light, gamma rays, etc.). Tiny magnetic fields are the real fundamental particles originating from a cosmic magnetic soup. Fields of similar or equal strength can entangle in a dynamic pack. Three of such packs with different strength make the three basic type of Matters (Antimatter, Dark Matter and Matter), and they can interlock to make the Initial fundamental Plasma or Neutron. This neutron can decay into a plasma of a proton and of a plasma of an electron, and both still contain parts of the Matters trinity of the original plasma. They have each an individual, and together an overall, magnetospheric condition which is ruled by Magnetic and gravitational fields strengths. This is similar to the inward Gravitational and outward Magnetic fields of Earth. Based on these new first principles prototype reactors were build, with amazing results, like creating lift and motion without burning fuel, and achieve fusion in a simple way. Now it becomes possible to create at any point-of-demand in an affordable way vast amounts of energies (like electricity and heat) and motion, and matters like water, food and new materials, and to develop new space technology.

Category:

Science & Technology

Tags:

• nuclear decay
• neutrons
• protons
• electrons
• gamma rays
• light
• magnetic soup

[keshefoundation]

This has been explained in detail in several chapters specifically page 163-169 in the book.

[Doom687]

what?

[mandolinic]

How does your model of the atom explain the fixed number of electrons (2, 6, 10, etc) in the K, L, M electron shells? And how does it account for electron quantum numbers and precise shapes of the electron orbitals? And how does it explain emission of radiation when an electron leaps from a higher to a lower quantum number?

[tausenti]

this has been really neat, listening too