magnon dynamics
磁子动力学
magnon transport
磁子传输
magnon excitation
磁子激发
magnon spectrum
磁子谱
magnon coupling
磁子耦合
magnon modes
磁子模式
magnon energy
磁子能量
magnon wave
磁子波
magnon state
磁子态
magnon field
磁子场
magnons are collective excitations in a magnetic system.
磁子是磁性系统中的集体激发。
the behavior of magnons can be influenced by temperature changes.
磁子的行为会受到温度变化的影响。
researchers study magnons to understand magnetic properties.
研究人员研究磁子以了解磁性特性。
magnons can carry information in certain materials.
磁子可以在某些材料中传递信息。
the interaction between electrons and magnons is crucial in spintronics.
电子与磁子之间的相互作用在自旋电子学中至关重要。
magnon transport can lead to new technologies in data storage.
磁子传输可以推动新型数据存储技术的发展。
scientists are exploring the role of magnons in quantum computing.
科学家们正在探索磁子在量子计算中的作用。
magnons have potential applications in future electronic devices.
磁子在未来电子设备中具有潜在应用。
understanding magnons can help improve magnetic materials.
理解磁子可以帮助改善磁性材料。
magnons play a significant role in the field of condensed matter physics.
磁子在凝聚态物理学领域中扮演着重要角色。
magnon dynamics
磁子动力学
magnon transport
磁子传输
magnon excitation
磁子激发
magnon spectrum
磁子谱
magnon coupling
磁子耦合
magnon modes
磁子模式
magnon energy
磁子能量
magnon wave
磁子波
magnon state
磁子态
magnon field
磁子场
magnons are collective excitations in a magnetic system.
磁子是磁性系统中的集体激发。
the behavior of magnons can be influenced by temperature changes.
磁子的行为会受到温度变化的影响。
researchers study magnons to understand magnetic properties.
研究人员研究磁子以了解磁性特性。
magnons can carry information in certain materials.
磁子可以在某些材料中传递信息。
the interaction between electrons and magnons is crucial in spintronics.
电子与磁子之间的相互作用在自旋电子学中至关重要。
magnon transport can lead to new technologies in data storage.
磁子传输可以推动新型数据存储技术的发展。
scientists are exploring the role of magnons in quantum computing.
科学家们正在探索磁子在量子计算中的作用。
magnons have potential applications in future electronic devices.
磁子在未来电子设备中具有潜在应用。
understanding magnons can help improve magnetic materials.
理解磁子可以帮助改善磁性材料。
magnons play a significant role in the field of condensed matter physics.
磁子在凝聚态物理学领域中扮演着重要角色。
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