🔬

time-crystal

Explore time crystals - exotic quantum systems that spontaneously break time-translation symmetry, repeating in time without consuming energy. A new phase of matter that challenges our understanding of physics.

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呢個係咩?

🎯 模擬器提示

📚 術語表

TimeCrystal
自發性週期運動的物質相
DiscreteTimeCrystal
週期性驅動系統中的時間晶體
Floquet
與週期性驅動系統相關
TimeTranslationSymmetry
物理定律在任何時候都是相同的
SymmetryBreaking
系統選擇破壞對稱性的狀態
ManyBodyLocalization
避免熱化的量子系統
PeriodDoubling
以兩倍駕駛時間回應
GroundState
系統的最低能量狀態
Thermalization
系統達到熱平衡
Subharmonic
驅動頻率分數的響應

🏆 關鍵人物

Frank Wilczek

提出的時間晶體(2012),諾貝爾獎得主

Vedika Khemani

離散時間晶體理論

Norman Yao

時間晶體檢測方案

Chris Monroe

第一個離子阱時間晶體

Mikhail Lukin

第一個NV中心時間晶體

💬 畀學習者嘅話

{'encouragement': "You're learning about a phase of matter that didn't exist in our understanding until recently. Time crystals show that physics still has profound surprises waiting to be discovered.", 'reminder': "Time crystals don't violate conservation of energy - they're quantum ground states that happen to oscillate. Strange, but allowed by physics.", 'action': "Create discrete time crystals in the simulator. Watch period doubling emerge. Understand why they don't violate energy conservation.", 'dream': 'A physicist from Kenya might discover new types of time crystals. A researcher from Nigeria might find practical applications. The newest phases of matter await exploration.', 'wiaVision': 'WIA Pin Code believes exotic physics should fascinate everyone. Time crystals represent the cutting edge of human understanding - that knowledge belongs to all.'}

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