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willow-quantum-error

Explore Google's Willow quantum chip breakthrough - the first demonstration of exponential error suppression below the quantum error correction threshold. Understand why this is a pivotal milestone toward fault-tolerant quantum computing.

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🎯 Tips Simulator

📚 Glosarium

Willow
Prosesor kuantum 105-qubit Google (2024)
ErrorCorrectionThreshold
Tingkat kesalahan fisik di bawah ini yang membantu penambahan qubit
SurfaceCode
Kode koreksi kesalahan kuantum 2D
LogicalQubit
Qubit yang dilindungi kesalahan dibuat dari beberapa qubit fisik
PhysicalQubit
Qubit perangkat keras yang sebenarnya
CodeDistance
Jumlah kesalahan yang diperlukan untuk menyebabkan kesalahan logis
FaultTolerant
Mampu menghitung meskipun terjadi kesalahan fisik
BelowThreshold
Beroperasi pada tingkat kesalahan di mana penskalaan meningkatkan akurasi
Transmon
Jenis qubit superkonduktor yang digunakan di Willow
Sycamore
Prosesor kuantum Google sebelumnya (2019)

🏆 Tokoh Utama

Hartmut Neven

John Martinis

Kepemimpinan kuantum awal Google

Google Quantum AI Team

Chip Willow yang dikembangkan

💬 Pesan untuk Pelajar

{'encouragement': "You're learning about a genuine breakthrough in quantum computing. Willow shows that the theoretical dream of fault-tolerant quantum computing is achievable in practice.", 'reminder': "This is a milestone, not the finish line. Useful quantum computers still require many more advances. But Willow shows we're on the right path.", 'action': 'Build surface codes in the simulator. See how error correction works. Understand why below-threshold operation is so important.', 'dream': 'A quantum engineer from Kenya might contribute to the next generation of quantum processors. A physicist from Nigeria might discover better error correction codes. The quantum future is being built now.', 'wiaVision': "WIA Pin Code believes breakthrough science should inspire everyone. Willow represents humanity pushing the boundaries of what's possible with computation."}

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