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Understanding Willow: Google’s Crazy Quantum Chip | Musings #3
Quantum computing promises to revolutionize industries, but it faces one massive challenge: errors. As we scale up the number of qubits, noise and instability threaten to derail scalability and real use cases.
In this video, we’ll break down:
- How basic quantum computing works
- How error correction in quantum computing works.
- How the multiverse might play a role
- Why larger grids (like 3x3, 5x5, and 7x7) are critical for scaling.
- How surface codes help quantum computers get closer to fault tolerance.
Courtesy:
- Mr Verse
- Google Quantum AI
- Kurzsegaht
#ai #quantum #quantumcomputing #google #tech #ibm
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By Barry WinataQuantum computing promises to revolutionize industries, but it faces one massive challenge: errors. As we scale up the number of qubits, noise and instability threaten to derail scalability and real use cases.
In this video, we’ll break down:
- How basic quantum computing works
- How error correction in quantum computing works.
- How the multiverse might play a role
- Why larger grids (like 3x3, 5x5, and 7x7) are critical for scaling.
- How surface codes help quantum computers get closer to fault tolerance.
Courtesy:
- Mr Verse
- Google Quantum AI
- Kurzsegaht
#ai #quantum #quantumcomputing #google #tech #ibm