Product Overview
FeynmanPAQS is TuringQ's self-developed EDA Software for optical Quantum Chips. FeynmanPAQS is designed to assist in the design and development of special algorithms for quantum computing and photonic computing on dedicated optical quantum choips.
Product Positioning
Optical quantum chip design aid and optical simulation system. Together with the TuringQ Gen1, they form an integrated hard and soft user experience. With the power of cloud computing, it helps researchers and developers to have their own optical quantum chip lab in the Cloud.
Core Technical Indicators
1: Built-in algorithms for a wide range of quantum walks, including bosons, fermions and non-holomorphic particles 2: Built-in bosonic sampling simulation - an optical version of quantum superiority 3: Two different matrix decomposition methods, corresponding to different chip structures 4: Coupling parameters adjusted in parallel with the experiment, closer to the real situation
Key Components
Product Contents
Current：Includes a number of functions such as chip waveguide structure design, chip structure testing, photon number regulation and structure parameter decomposition. And pre-programmed with demonstrations of cutting-edge algorithms such as two-dimensional quantum walk, quantum random walk, multi-particle quantum walk, bosonic sampling, etc.
Explore：With the measurement and control part of the optical quantum computer and the processing capability of the femtosecond laser direct writing, a full-fledged user experience is realised with the integration of hardware and software. With a user-friendly interactive interface, you can explore more possibilities without programming skills
Structural Design
Experimental Parameters
Photonic Simulation
Graphical Interface
