Learning Path
Superconducting Quantum Design Challenges
Learning Path
This bootcamp guides you through the design of superconducting qubits and quantum amplifiers with product demonstrations to illustrate the concepts you can apply in your design flow today. By the end of this bootcamp, you will have a pathway toward realizing robust and scalable superconducting quantum chips, accelerating progress in quantum computing and quantum information processing.
Learn:
- Design challenges of superconducting quantum chips
- To bridge the knowledge gap for microwave engineers transitioning into the quantum field
- How EDA tools can be used to facilitate the design of both superconducting qubits and quantum amplifiers by providing solutions for layout, electromagnetic simulation, quantum parameter extraction, and nonlinear circuit analysis
- How the complexity of scaling these systems can be managed with EDA tools
- How quantum amplifiers play a critical role in enhancing signal fidelity and enabling sensitive readout operations within superconducting quantum systems by efficiently amplifying quantum signals while suppressing noise
This bootcamp is ideal for quantum or microwave hardware engineers who must efficiently design, analyze, and optimize superconducting quantum chips including qubits and quantum amplifiers.
Lesson 1 - Design Challenges of Superconducting Quantum Chips
Explore an overview of Quantum technology and the technical challenges of designing Quantum circuits, amplifiers, and systems.
1 Module
Lesson 2 - Navigating the Quantum Design Challenges
Explore the integrated workflow for the design of quantum chips including Quantum Layout, QuantumPro, and Quantum Circuit Simulation.
2 Module
Lesson 3 - Quantum Layout for ADS – Build your Quantum Chip with Ease
The Keysight Quantum Layout solution simplifies quantum chip design with an extensive library of resonators and qubits.
1 Module
Lesson 4 - Quantum EM - Faster Design Cycles with QuantumPro
Explore quantum chip design in ADS, perform EM setup for qubit tuning, and extract and export quantum parameters.
6 Module
Lesson 5 - Quantum Circuit Simulation - Accurate Analysis of Flux Quantizing Quantum Circuits
Discover robust design environments for quantum amplifiers, control parameters, and model flux-quantizing circuits.
5 Module
