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Years ago, Heinsenberg founded the uncertainty principle for an electron! Similarly, Einstein described the Photoelectric Equation. In a similar way, Amir Ansari using the concept of Heisenberg and Einstein derived new formulas. The following book contains the description of all these sixteen formulas.Eight of these are defined using the phase and the position, while other eight formulas are used to find the motion of electron in an orbit and also to find the orbit number.The main Objective of this Formula is to satisfy the condition of Heisenberg Principle. Using this formula we can also…mehr

Produktbeschreibung
Years ago, Heinsenberg founded the uncertainty principle for an electron! Similarly, Einstein described the Photoelectric Equation. In a similar way, Amir Ansari using the concept of Heisenberg and Einstein derived new formulas. The following book contains the description of all these sixteen formulas.Eight of these are defined using the phase and the position, while other eight formulas are used to find the motion of electron in an orbit and also to find the orbit number.The main Objective of this Formula is to satisfy the condition of Heisenberg Principle. Using this formula we can also determine the orbit number of the moving electron. If Given Formula holds the Property then Heisenberg Principle also holds the Property also we can say that vice versa. Thus with the help of this condition, an electron emitted by a photon can be thought to move in an orbit. Also, we can find the number of that orbit. In addition, this could be used in the real life as well.
Autorenporträt
Amir Ansari is a student of KIIT University, Bhubaneswar pursuing engineering from Computer Science and Engineering and presently into the third year.Born in Ganj Muradabad,Unnao,U.P.,India, he conducted his successful research leading to the Derivation of new formulas from Heisenberg s Principle and Einstein s Photoelectric Equation.