Field Programmable Gates Array implementation of quantum computation structures
Laurenţiu Mihai Ionescu, Alin Gheorghita Mazare, Daniel Alexandru Visan, Nadia Belu, Adrian Lita · 2018
The use of quantum computation, according to theory, can bring substantial improvements to future computing systems. The problem is the still experimental and hardly accessible technology of their implementation. The article presents an original solution for implementing a quantum computing structure emulator. Unlike other types of emulators of this kind, the proposed solution is not only a qualitative assessment of the performance of the quantum algorithms, but also a method of their effective implementation using existing technologies. The paper will present the solution of representation of the qubit, quantum gates implementation as well as the quantum interferometer for a system with two qubits. To illustrate the proposed solution, we will also present the method of implementing a search algorithm: determining the parity of a Boolean function.