quasiparticle theory
准粒子理论
quasiparticle dynamics
准粒子动力学
quasiparticle effects
准粒子效应
quasiparticle excitations
准粒子激发
quasiparticle interactions
准粒子相互作用
quasiparticle model
准粒子模型
quasiparticle energy
准粒子能量
quasiparticle representation
准粒子表示
quasiparticle spectrum
准粒子谱
quasiparticle tunneling
准粒子隧穿
quasiparticles are essential in understanding condensed matter physics.
准粒子在理解凝聚态物理中至关重要。
scientists often study quasiparticle interactions to explore new materials.
科学家们常常研究准粒子相互作用以探索新材料。
the concept of quasiparticles helps explain phenomena like superconductivity.
准粒子的概念有助于解释超导等现象。
in quantum mechanics, quasiparticles can behave like real particles.
在量子力学中，准粒子可以表现得像真实粒子。
researchers are investigating how quasiparticle excitations affect electron behavior.
研究人员正在调查准粒子激发如何影响电子行为。
understanding quasiparticle dynamics is crucial for developing new technologies.
理解准粒子动力学对开发新技术至关重要。
quasiparticles can emerge in various physical systems, including solids and liquids.
准粒子可以在各种物理系统中出现，包括固体和液体。
the study of quasiparticles opens up new avenues in theoretical physics.
对准粒子的研究为理论物理开辟了新的方向。
quasiparticle models are often used to simplify complex interactions.
准粒子模型通常用于简化复杂的相互作用。
many physicists believe that quasiparticles play a key role in quantum computing.
许多物理学家认为准粒子在量子计算中发挥着关键作用。
quasiparticle theory
准粒子理论
quasiparticle dynamics
准粒子动力学
quasiparticle effects
准粒子效应
quasiparticle excitations
准粒子激发
quasiparticle interactions
准粒子相互作用
quasiparticle model
准粒子模型
quasiparticle energy
准粒子能量
quasiparticle representation
准粒子表示
quasiparticle spectrum
准粒子谱
quasiparticle tunneling
准粒子隧穿
quasiparticles are essential in understanding condensed matter physics.
准粒子在理解凝聚态物理中至关重要。
scientists often study quasiparticle interactions to explore new materials.
科学家们常常研究准粒子相互作用以探索新材料。
the concept of quasiparticles helps explain phenomena like superconductivity.
准粒子的概念有助于解释超导等现象。
in quantum mechanics, quasiparticles can behave like real particles.
在量子力学中，准粒子可以表现得像真实粒子。
researchers are investigating how quasiparticle excitations affect electron behavior.
研究人员正在调查准粒子激发如何影响电子行为。
understanding quasiparticle dynamics is crucial for developing new technologies.
理解准粒子动力学对开发新技术至关重要。
quasiparticles can emerge in various physical systems, including solids and liquids.
准粒子可以在各种物理系统中出现，包括固体和液体。
the study of quasiparticles opens up new avenues in theoretical physics.
对准粒子的研究为理论物理开辟了新的方向。
quasiparticle models are often used to simplify complex interactions.
准粒子模型通常用于简化复杂的相互作用。
many physicists believe that quasiparticles play a key role in quantum computing.
许多物理学家认为准粒子在量子计算中发挥着关键作用。
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