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A quantum computing research group based in Hanoi, Vietnam. Exploring quantum machine learning, error correction, and neutral atom systems.

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Our Research

Three interconnected research areas advancing quantum computing from software to future hardware.

1. Quantum Machine Learning / QNN

Active recruitment

Developing quantum machine learning algorithms and quantum neural networks for practical applications.

Research Focus

•Variational Quantum Classifiers (VQC)

•Quantum Convolutional Neural Networks (QCNN)

•Quantum Generative Adversarial Networks (QGAN)

•Hardware-aware ansatz design for neutral atoms

•Benchmarking against classical baselines

Applications

•Image classification and processing

•Network optimization problems

•Pattern recognition tasks

2. Quantum Error Correction

Active recruitment

Building error correction solutions specifically optimized for neutral atom quantum computing platforms.

Research Focus

•Neural network decoders for surface codes

•Error characterization for neutral atoms

•Erasure error detection and correction

•Real-time decoding strategies

•Comparison with MWPM and belief propagation

Applications

•Fault-tolerant quantum computation

•Neutral atom specific error models

•Scalable error correction protocols

3. Neutral Atom Research

Documentation phase

Studying neutral atom quantum computing hardware to inform algorithm and error correction design.

Research Focus

•Neutral atom hardware constraints documentation

•Gate fidelity and coherence time analysis

•Connectivity and rearrangement studies

•Comparison with superconducting qubits

•Hardware-aware algorithm optimization

Applications

•Informing algorithm design decisions

•QEC protocol optimization

•Future hardware planning (Year 3+)

Software First, Hardware Later

Our current focus (Years 1-2) is entirely on software, algorithms, and theoretical research. Hardware development and experimental work will only be considered in Year 3+, contingent on successful research outcomes and securing appropriate funding and partnerships.