QRAM: Quantum Technology for Random Access Memory

The domain of computing, commonly referred to as quantum computing, is dedicated to the development of computer technology that is based on the fundamental principles of quantum theory, elucidates the behavior of matter and energy on the atomic and subatomic scales. In the realm of quantum computing, quantum memory serves as the quantum-mechanical equivalent of conventional computer memory. Quantum memory plays a pivotal role in the development of several quantum information processing devices, including but not limited to a synchronization tool that enables the matching of multiple procedures in a quantum computer, a quantum gate that preserves the identity of any given state, and a method for transforming preset photons into on-demand photons. To take advantage of the fundamental capabilities of quantum computing to perform parallel calculations at incredibly high speeds, a Quantum-based Random Access Memory (QRAM) architecture is proposed herein. This architecture utilizes basic quantum CNOT, V, and V+ gate operations to enable the implementation of basic quantum AND, OR, NOT, and NOR operations, respectively.