Analysis of Q# Programming Language Capabilities through Implementation of a Random Number Generation Program

Abstract

This paper analyzes the capabilities of the Q# programming language through the implementation of a random number generation program. Attention is drawn to the main tools of quantum programming, and an analysis of investment trends in quantum technologies is provided. The article reviews publications in the field of quantum programming and emphasizes the key features of quantum bits. The main focus is on using the hybrid programming paradigm, which combines classical and quantum computing. The structure and features of the quantum program in Q# are described, specifically the GenerateRandomBit and GenerateRandomNumberInRange operations, which ensure the generation of random bits and numbers through quantum superposition and measurement. The advantages of Q# in combination with classical programming languages for effective use of quantum algorithms in cryptography and statistical modeling are highlighted. The conclusion emphasizes the prospects of the Q# programming language as a tool for developing quantum programs in a hybrid environment, enabling the potential of quantum computing to be leveraged together with classical approaches.

Keywords

• random number generation
• quantum computing
• q# programming language