Quantum Electronics Explained Quantum Systems is a M.Tech project topic for Electrical Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
Quantum Electronics Explained Quantum Systems Project Details
| Abstract |
This project studies how to model and simulate cryogenic microwave control systems and large‑scale quantum devices, focusing on superconducting transmon qubits. We examine how classical microwave drives interact with quantum tunneling elements like Josephson junctions, using the circuit quantum electrodynamics (cQED) framework. To get the best control signals, we employ Physics‑Informed Neural Networks (PINNs) to solve the Lindblad master equations for open quantum systems, and we use deep reinforcement learning to create optimal DRAG pulses. The work compares superconducting circuits with other quantum platforms, looking at Josephson energy, charging energy, anharmonicity, and resonant transition frequencies. We also model cryogenic CMOS control interfaces to evaluate heat loss and signal integrity at
millikelvin temperatures. This framework gives clear guidance for simulating high‑fidelity quantum state trajectories, designing robust cryogenic microwave drive systems, and assessing how noise and decoherence affect control fidelity in advanced quantum processors.
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| Reference Paper |
Quantum Electronics Explained: Quantum Systems, Devices & Advanced Technologies |
| Domain |
Electrical Engineering |
| Sub-Domain |
Electrical Machines & Drives |
| PDF Download |
Download / View PDF |
| Get Help |
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