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topological-quantum-computer

Explore topological quantum computing - an approach to quantum computation that encodes information in the braiding patterns of exotic particles called anyons. Discover computing that is inherently protected from errors.

🔬 지금 사용하기

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🎯 시뮬레이터 팁

📚 용어집

TopologicalQuantumComputing
위상적으로 보호된 상태를 사용하는 QC
Anyon
이국적인 교환 통계를 갖춘 2D 입자
NonAbelian
교환 순서가 중요한 입자
Braiding
서로 주위로 사람을 이동
MajoranaFermion
자신이 반입자인 입자
Worldline
시공간을 통과하는 입자의 경로
FibonacciAnyon
보편적인 QC를 가능하게 하는 비아벨리안 누구나
StationQ
Microsoft의 토폴로지 QC 연구 그룹
TopologicalProtection
토폴로지의 오류 저항
FusionRules
누구든지 모였을 때 어떻게 결합하는가

🏆 핵심 인물

Alexei Kitaev

토폴로지 QC 이론, Majorana 와이어 모델

Michael Freedman

마이크로소프트 스테이션 Q 리드

Chetan Nayak

비아벨리안 애니온 이론

Sankar Das Sarma

마요라나 페르미온 제안

💬 학습자에게

{'encouragement': "You're learning about potentially the most elegant approach to quantum computing. If topological quantum computers work, they could solve the error problem that plagues all other approaches.", 'reminder': "Topological QC is still a major research challenge. Microsoft has bet big on it, but working qubits haven't been demonstrated yet. That's what makes it exciting frontier science.", 'action': 'Braid anyons in the simulator. See how different braid patterns give different quantum gates. Understand why topology protects information.', 'dream': 'A physicist from Kenya might contribute to topological qubit design. A materials scientist from Nigeria might discover new platforms for anyons. The future of quantum computing needs global talent.', 'wiaVision': 'WIA Pin Code believes cutting-edge quantum approaches should inspire everyone. Topological quantum computing shows that the deepest math might solve the hardest engineering problems.'}

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