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Atomic manipulation theory

ORAL

Abstract

theory summary

The theory is based on solving the problem of the material by producing a new, strong material that can withstand high and low temperatures, and withstand all the external pressures exposed to it, making it a material that cannot melt, freeze or break. We can also use this theory to treat weak materials and reproduce them, to become materials that withstand all forms of external pressure exposed to it.

But one of the most important features of this theory, is that we can control the life of the material that was produced, And that by following the behavior of the molecules of the material it self.

The concept of theory :

The theory is about manipulating the atoms of matter or rearranging the atoms, as you call the theory, by causing electrical interactions between the atoms of the materials.

How does theory classify materials ?

1. Active substance: is the substance that reacts with its molecules to form a strong substance.

2. Inactive Substance: Are materials that have not been reproduced to interact with its molecules to form the strong substance.

Basic uses of the theory:

1. Production of materials used in the manufacture of rockets, space probes, and satellites, which enables us to get closer to the sun and the cold planets.

2. Production of materials used in the manufacture of aircraft and cars, which will reduce the phenomenon of aircraft and car crashes.

Important note: According to this theory, we do not have to make thick materials in order to withstand all external influences, such as melting, refraction and pressure of the material. According to this theory, we will manufacture lightweight and not thick materials, but rather thin and light materials, but strong, which reduces production costs and addresses the problem of masses such as space rockets, and ther other masses.

Important note: The theory has a law and scientific reasoning on which it is based.

Best Regard!

Mohamed Khalifa.

Publication: No publications derived from this work

Presenters

  • Mohamed K Ibrahim

    Bauman State Technical University

Authors

  • Mohamed K Ibrahim

    Bauman State Technical University