Data Science & Research

Quantum Computing Research

authors/ Co-author (with Malaya Jove; advised by Dr. Ryan Card)

Quantum computing is a developing technology that has the potential to change several aspects of computing as we know it. In this paper, we introduce several essential components of quantum computing such as qubits, superposition, and entanglement. In addition, we discuss two examples of quantum computing: quantum teleportation and Grover's Algorithm. Our coverage of quantum teleportation provides an example of a property of quantum computing that is impossible using classical computing. In addition to this property, we cover Grover's Algorithm which is a key advancement in quantum computing, providing quadratic speedup for unstructured search problems compared to classical algorithms. We explain the algorithm's principles, including amplitude amplification and the role of the oracle. Our findings underscore the significant potential of quantum computing in solving complex problems more efficiently than classical methods.

• Quantum Computing Theory
• Linear Algebra