DeepQuantum for quantum computing
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Updated
Apr 24, 2026 - Jupyter Notebook
DeepQuantum for quantum computing
MerLin enables researchers to build, train, and benchmark photonic quantum machine learning models using familiar ML tools.
Benchmarking photonic QML against the wider QML landscape to reveal what truly works, what scales, and where the community can push next.
SchroSIM is an open-source continuous-variable photonic quantum simulation stack in Swift, Rust, and Python for designing, compiling, and simulating Gaussian and selected non-Gaussian circuits, with CPU/Metal backend options for research, validation, and education.
PHX-PTC ⚡Photonic Computing Platform: from-scratch C++17 engine that maps GPU architecture and deep learning concepts from binary/electronic logic into photonic (wave-based) logic.
A GUI for designing quantum optical circuits and comparing different backends.
Simulation-only OQP-HRM photonic quantum computer chip design with public simulator, V3 reports, tests, and validation roadmap
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