ultracold atoms
超冷原子
ultracold gases
超冷气体
ultracold temperatures
超冷温度
ultracold physics
超冷物理
ultracold molecules
超冷分子
ultracold traps
超冷捕获
ultracold experiments
超冷实验
ultracold fusion
超冷融合
ultracold quantum
超冷量子
ultracold systems
超冷系统
scientists study ultracold atoms to understand quantum mechanics.
科学家研究超冷原子以理解量子力学。
ultracold temperatures can create unique states of matter.
超冷温度可以创造独特的物质状态。
researchers use ultracold molecules in their experiments.
研究人员在实验中使用超冷分子。
ultracold physics explores the behavior of matter at near absolute zero.
超冷物理学探讨接近绝对零度时物质的行为。
creating ultracold conditions requires advanced technology.
创造超冷条件需要先进的技术。
ultracold gases can help in studying superfluidity.
超冷气体有助于研究超流性。
physicists are excited about the potential of ultracold systems.
物理学家对超冷系统的潜力感到兴奋。
ultracold experiments often involve laser cooling techniques.
超冷实验通常涉及激光冷却技术。
understanding ultracold phenomena can lead to new technologies.
理解超冷现象可以带来新技术。
ultracold atoms can be trapped using magnetic fields.
超冷原子可以使用磁场被捕获。
ultracold atoms
超冷原子
ultracold gases
超冷气体
ultracold temperatures
超冷温度
ultracold physics
超冷物理
ultracold molecules
超冷分子
ultracold traps
超冷捕获
ultracold experiments
超冷实验
ultracold fusion
超冷融合
ultracold quantum
超冷量子
ultracold systems
超冷系统
scientists study ultracold atoms to understand quantum mechanics.
科学家研究超冷原子以理解量子力学。
ultracold temperatures can create unique states of matter.
超冷温度可以创造独特的物质状态。
researchers use ultracold molecules in their experiments.
研究人员在实验中使用超冷分子。
ultracold physics explores the behavior of matter at near absolute zero.
超冷物理学探讨接近绝对零度时物质的行为。
creating ultracold conditions requires advanced technology.
创造超冷条件需要先进的技术。
ultracold gases can help in studying superfluidity.
超冷气体有助于研究超流性。
physicists are excited about the potential of ultracold systems.
物理学家对超冷系统的潜力感到兴奋。
ultracold experiments often involve laser cooling techniques.
超冷实验通常涉及激光冷却技术。
understanding ultracold phenomena can lead to new technologies.
理解超冷现象可以带来新技术。
ultracold atoms can be trapped using magnetic fields.
超冷原子可以使用磁场被捕获。
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