Mathematica ile klasik internetten kuantum bilgisayarlar simülasyonu

The main objective of this study is simulation of some quantum algorithms on a classical computer using the Mathematica program. Classical computation has been thoroughly discussed at the beginning to important for achieving a significant part of our work.The crucial part of this study is basic principles of quantum computation, particularly qubit statistics, quantum algorithms, quantum gates and quantum circuits are discussed in details. Moreover, much light has been shed on CNOT Gate, since it constitutes the core of this work. By using CNOT Gate quantum half-adder circuit and quantum full-adder Circuit, are constructed and they are both a factor for arriving at n-qubit adder quantum circuit. In this thesis as a special case, addition of 4-qubit number on a Mathematica is simulated.One more section of this study is the use of Mathematica program for designing and obtaining the results of Quantum Circuits, particularly 4-qubit adder. Therefore, many calculating operations have been conducted for this circuit by using this program. Finally, it is logical to argue that Adder/Subtractor Algorithm is the basis of all Algorithms in the Quantum Computation science.Key Words: Digital System, Logic Gates, Qubit, Quantum Gates, Full Adder