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quantum-biology

Explore the surprising role of quantum mechanics in living systems. From photosynthesis to bird navigation, discover how life exploits quantum effects that engineers struggle to maintain even in laboratories.

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QuantumBiology
생명체의 양자 효과 연구
Coherence
양자 상태의 위상 관계 유지
Decoherence
환경으로 인한 양자 특성 손실
Tunneling
고전적으로 금지된 장벽을 통한 양자 통과
Entanglement
입자 간의 양자 상관관계
Exciton
에너지를 운반하는 결합된 전자-정공 쌍
RadicalPair
짝을 이루지 않은 전자를 가진 두 개의 분자
Cryptochrome
청색광에 민감한 단백질, 아마도 자기 센서
ENAQT
환경 보조 양자 수송

💬 학습자에게

{'encouragement': "You're learning about one of science's most exciting frontiers - the place where quantum physics and life intersect. Nature figured out quantum tricks that our best engineers still struggle to replicate.", 'reminder': "This field is young and controversial. Not all claims are fully proven. That's what makes it exciting - there's still so much to discover.", 'action': 'Visualize quantum walks in photosynthesis. See how tunneling helps enzymes. Explore the quantum compass in birds.', 'dream': 'A biophysicist from Kenya might discover quantum effects in African species. A physicist from Nigeria might crack the coherence protection mystery. The quantum secrets of life are waiting to be found everywhere.', 'wiaVision': 'WIA Pin Code believes the deepest secrets of life should be accessible to everyone. Understanding how life uses quantum mechanics could transform medicine, energy, and technology worldwide.'}

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