Circuit-Centric Quantum Architecture Design: A New Approach for NISQ Devices
Introduction As the field of quantum computing advances, the quest to build efficient and reliable quantum computers has led to various innovative methods. These methods differ significantly in qubit technologies, interaction topologies, and noise characteristics. In this blog post, we explore a groundbreaking approach to quantum architecture design that focuses on the circuit-centric design of Noisy Intermediate-Scale Quantum (NISQ) devices. This approach is detailed in a recent study, "Circuit-Centric Quantum Architecture Design," published in IET Quantum Communication . Understanding Circuit-Centric Architecture The circuit-centric architecture design emphasizes the importance of the circuit's size and depth, which are crucial for the efficient execution of quantum operations. This design approach takes into account the interaction and connection between different qubits in quantum hardware. By understanding these interactions, we can optimize the performance of quant...