Google Willow
State-of-the-art quantum chip
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Description
Willow is Google's latest quantum chip, showcasing state-of-the-art performance in quantum computing. It significantly reduces errors as more qubits are added, addressing a long-standing challenge in quantum error correction. Willow can perform complex computations in under five minutes, a task that would take today's fastest supercomputers an unimaginable 10 septillion years, marking a major milestone towards practical, large-scale quantum computing.
How to use Google Willow?
Researchers, engineers, and developers can engage with Willow by accessing open-source software and educational resources, including a new course on Coursera focused on quantum error correction and algorithm development.
Core features of Google Willow:
1️⃣
Exponential quantum error correction
2️⃣
Benchmark performance exceeding classical supercomputers
3️⃣
Scalable logical qubit prototype
4️⃣
Real-time error correction
5️⃣
High-quality qubit retention times
Why could be used Google Willow?
| # | Use case | Status | |
|---|---|---|---|
| # 1 | Advancing scientific discovery | ✅ | |
| # 2 | Developing applications for complex problem-solving | ✅ | |
| # 3 | Tackling societal challenges through quantum computing | ✅ | |
Who developed Google Willow?
Google Quantum AI, founded by Hartmut Neven in 2012, aims to build useful large-scale quantum computers that leverage quantum mechanics to benefit society. The team has been working on a long-term roadmap to advance quantum computing technology and its applications.