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AI Alice機器人/真實智慧robot Alice教學alice量子應用mata量子思考Quantum thinking AI快樂園 量子雲端alice앨리스 AI 생성鼠飯花 正能量ai mary True Intelligence alice雲端投影
Alice教學 alice機器人Quantum Intelligence ai Meta thinking ai Alice AI 量子雲端Quantum Cloud 真實智慧행복한 정원 返回 🔜 ai Alice Ai首頁:
Alice英文 ai量子量子雲端Quantum Cloud Alice 행복한 정원
Alice英文 ai量子量子雲端Quantum Cloud Alice 행복한 정원
....when particles become extremely small there is less space for the material’s electrons. In turn, the electrons – which are both waves and particles – are squeezed together. Fröhlich realised that this would result in drastic changes to the material’s properties.
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...the famous Schrödinger equation, which shows that when particles become extremely small there is less space for the material’s electrons. In turn, the electrons – which are both waves and particles – are squeezed together. Fröhlich realised that this would result in drastic changes to the material’s properties.
Figure 2. A quantum dot is a crystal that often consists of just a few thousand atoms. In terms of size, it has the same relationship to a football as a football has to the size of the Earth. © Johan Jarnestad/The Royal Swedish Academy of Sciences
For decades, quantum phenomena in the nanoworld were just a prediction
For decades, quantum phenomena in the nanoworld were just a prediction
When Aleksey Yekimov and Louis Brus produced the first quantum dots, scientists already knew that they could – in theory – have unusual characteristics. In 1937, the physicist Herbert Fröhlich had already predicted that nanoparticles would not behave like other particles.
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