Topological Quantum Error Correction
Fault-tolerant quantum computing through topological qubits
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9.2
892
45
$100k
Project Overview
About this Research
Stanford Quantum Lab is pioneering topological quantum error correction methods that leverage anyonic braiding to create inherently fault-tolerant quantum gates. The program open-sources simulation tooling, publishes benchmark datasets, and collaborates with USC ISI to test compiler optimizations. Error rates have improved three orders of magnitude over surface codes in early simulations.
Research Milestones
Algorithm testing
Complete testing on USC ISI/Stanford quantum simulators
Funding Progress
24h Change
+12.5%
Avg. Stake
$285
Velocity
High
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