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W3056E Quantum System Analysis
An EDA system environment enabling seamless analysis and design of quantum systems
Quantum system is a design environment that accelerates the development of complex quantum systems.
Highlights
The W3056E Quantum System Analysis element includes:
- Time dynamics simulation tool for Quantum chips — models the time evolution of a quantum system’s Hamiltonian, simulating experiments like Rabi and Ramsey.
- Dilution fridge input line designer — simulates cryostat input lines to the qubit, helping assess effective qubit temperature and enabling better thermal noise analysis and design accuracy.
Quantum system analysis provides a design environment that accelerates the development of complex quantum systems. Enhance your quantum workflow by simulating the time dynamics of quantum chips—mimicking real experiments such as Rabi and Ramsey pulsing. Observe how the chip responds to these pulses based on quantum parameters extracted from electromagnetic or circuit simulations. Simultaneously, design the input lines of the dilution refrigerator with precision to minimize thermal photon leakage to the quantum chips, enabling accurate estimation of the equivalent noise temperature.
Elements are comprised of distinct design and simulation functions, grouped together into very powerful and cost effective packages. They provide an affordable and flexible way to expand your design and simulation capabilities by using them together with an existing ADS configuration or any ADS Bundle. Additional Elements can be added to an existing bundle to extend the design and development capabilities.
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