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Research Frontiers in Quantum Computing Architectures and Gate Design

Research on scalable quantum processor designs, error correction codes, and implementations of quantum logic gates using superconducting qubits, trapped ions, or photonic systems.

Topological Protection in Superconducting Qubit Arrays
Coherence Decay and Dynamical Decoupling in Scalable Gates
Cross-Resonance Gate Fidelity Beyond Classical Limits
Photonic Entanglement Distribution in Modular Architectures
Noise-Resilient Gate Sequences for Near-Term Processors
Microwave Control Optimization in Coupled Qubit Systems
Flux Tuning Dynamics and Gate Speed Tradeoffs
Variational Quantum Circuits with Hardware-Native Constraints
Error Suppression Through Geometric Phase Gate Engineering
Hybrid Spin-Photon Coupling for Universal Gate Implementation

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