
Developed and released a comprehensive CUDA-Q Quantum Transformer Tutorial for the NVIDIA/cuda-quantum repository, providing an end-to-end guide for integrating quantum attention into transformer architectures. The work involved constructing quantum circuits, implementing training procedures, and generating molecules, all within a reproducible Python and Jupyter Notebook environment. Detailed documentation and visualization of attention maps were included to illustrate model capabilities and facilitate onboarding for researchers and developers. By delivering a reusable reference implementation, the tutorial accelerated adoption of CUDA Quantum workflows and enabled the scientific computing community to experiment with deep learning and quantum computing techniques in a practical, accessible format.
In March 2025, delivered the CUDA-Q Quantum Transformer Tutorial rollout for NVIDIA/cuda-quantum. This end-to-end tutorial demonstrates quantum attention integrated into a transformer architecture, covering setup, circuit construction, training procedures, molecule generation, and visualization of attention maps to showcase model capabilities. The release provides a reproducible reference for researchers and accelerates onboarding into CUDA-Q workflows, strengthening the project’s educational impact and adoption.
In March 2025, delivered the CUDA-Q Quantum Transformer Tutorial rollout for NVIDIA/cuda-quantum. This end-to-end tutorial demonstrates quantum attention integrated into a transformer architecture, covering setup, circuit construction, training procedures, molecule generation, and visualization of attention maps to showcase model capabilities. The release provides a reproducible reference for researchers and accelerates onboarding into CUDA-Q workflows, strengthening the project’s educational impact and adoption.

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