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本文重点词汇
关键词汇
quantum
quantum
量子
美/ˈkwan.təm/
英/ˈkwɒntəm/
n.
quantum
例句:
1. Scientists are studying the potential of quantum computers.
科学家正在研究量子计算机的潜力。
2. Quantum mechanics explains the behavior of the microscopic world.
量子力学解释了微观世界的行为。
3. This experiment involves the phenomenon of quantum entanglement.
这个实验涉及量子纠缠现象。
4. Quantum physics is the foundation of modern technology.
量子物理是现代科技的基础。
5. Quantum state is an important concept.
量子态是一个重要的概念。
superposition
superposition
叠加
美/ˌsuː.pər.pəˈzɪʃ.ən/
英/ˌsuː.pəː.pəˈzɪʃ.ən/
n.
superposition
例句:
1. Qubits can be in a superposition state.
量子比特可以处于叠加状态。
2. Superposition is a core concept in quantum computing.
叠加是量子计算的核心概念。
3. Schrödinger's cat is a famous thought experiment on superposition.
薛定谔的猫是一个著名的叠加思想实验。
4. The superposition state allows quantum computers to perform complex calculations.
叠加状态使得量子计算机能够执行复杂计算。
5. Superposition phenomena are common in quantum physics.
叠加现象在量子物理中很常见。
macroscopic
macroscopic
宏观
美/ˌmækrəˈskɒp.ɪk/
英/ˌmæk.rəˈskɒp.ɪk/
adj.
macroscopic
例句:
1. Macroscopic objects follow classical physical laws.
宏观物体遵循经典物理规律。
2. The macroscopic world is different from the microscopic world.
宏观世界与微观世界不同。
3. The behavior of macroscopic systems can be described by Newtonian mechanics.
宏观系统的行为可以用牛顿力学描述。
4. Macroscopic phenomena are common in daily life.
宏观现象是日常生活中常见的。
5. Macroscopic-scale objects typically do not exhibit quantum effects.
宏观尺度的物体通常不表现出量子效应。
qubit
qubit
量子比特
美/ˈkjuː.bɪt/
英/ˈkjuː.bɪt/
n.
qubit
例句:
1. Quantum computers rely on qubits for computation.
量子计算机依赖于量子比特进行计算。
2. Qubits can be in a superposition state.
量子比特可以处于叠加状态。
3. Qubits are the basic units of quantum information.
量子比特是量子信息的基本单元。
4. The superposition state of qubits is the core of quantum computing.
量子比特的叠加状态是量子计算的核心。
5. Measuring a qubit destroys its superposition state.
量子比特的测量会破坏其叠加状态。
experiment
experiment
实验
美/ɪkˈsper.ɪ.mənt/
英/ɪkˈsper.ɪ.mənt/
n.
experiment
例句:
1. Scientists conducted many experiments to verify quantum theory.
科学家进行了许多实验来验证量子理论。
2. This experiment revealed new physical phenomena.
这个实验揭示了新的物理现象。
3. Experiment design requires precise steps.
实验设计需要精确的步骤。
4. The experimental results support our hypothesis.
实验结果支持了我们的假设。
5. Experiments are key to scientific progress.
实验是科学进步的关键。
macroscopic system
macroscopic system
宏观系统
美/ˌmækrəˈskɒp.ɪk ˈsɪstəm/
英/ˌmæk.rəˈskɒp.ɪk ˈsɪstəm/
n.
macroscopic system
例句:
1. The behavior of macroscopic systems can be described by Newtonian mechanics.
宏观系统的行为可以用牛顿力学描述。
2. Macroscopic systems typically do not exhibit quantum superposition.
宏观系统通常不表现出量子叠加。
3. Macroscopic systems are common in daily life.
宏观系统是日常生活中常见的。
4. The behavior of macroscopic systems is governed by thermodynamic laws.
宏观系统的行为受热力学定律支配。
5. The study of macroscopic systems helps understand natural phenomena.
宏观系统的研究有助于理解自然现象。
particle
particle
粒子
美/ˈpɑː.tɪ.kəl/
英/ˈpɑː.tɪ.kəl/
n.
particle
例句:
1. Particles can exhibit wave-like properties.
粒子可以表现出波动性。
2. Quantum mechanics studies the behavior of particles.
量子力学研究粒子的行为。
3. Particles can interact with each other.
粒子之间可以发生相互作用。
4. The motion trajectory of particles can be described by classical mechanics.
粒子的运动轨迹可以用经典力学描述。
5. Particles are the basic units of matter.
粒子是物质的基本组成单位。
experimental setup
experimental setup
实验装置
美/ɪkˈsper.ɪ.məntəl ˈset.ʌp/
英/ɪkˈsper.ɪ.məntəl ˈset.ʌp/
n.
experimental setup
例句:
1. The experimental setup needs to be precisely calibrated.
实验装置需要精确校准。
2. The design of the experimental setup is crucial for the experimental results.
实验装置的设计对实验结果至关重要。
3. The experimental setup must meet safety standards.
实验装置必须符合安全标准。
4. The stability of the experimental setup affects the accuracy of the experiment.
实验装置的稳定性影响实验的准确性。
5. Optimizing the experimental setup can improve experimental efficiency.
实验装置的优化可以提高实验效率。
quantum state
quantum state
量子态
美/ˈkwan.təm steɪt/
英/ˈkwɒntəm steɪt/
n.
quantum state
例句:
1. Quantum states can be in superposition states.
量子态可以处于叠加状态。
2. Measuring a quantum state destroys its superposition state.
量子态的测量会破坏其叠加状态。
3. The evolution of a quantum state is described by the Schrödinger equation.
量子态的演化由薛定谔方程描述。
4. Quantum states are the basic units of quantum information.
量子态是量子信息的基本单位。
5. The superposition of quantum states is the core of quantum computing.
量子态的叠加是量子计算的核心。
quantum entanglement
quantum entanglement
量子纠缠
美/ˈkwan.təm ɛnˈtæŋ.gl.mənt/
英/ˈkwɒntəm ɛnˈtæŋɡl.mənt/
n.
quantum entanglement
例句:
1. Quantum entanglement is the basis of quantum communication.
量子纠缠是量子通信的基础。
2. The phenomenon of quantum entanglement indicates non-local correlations between particles.
量子纠缠现象表明粒子之间存在非局域关联。
3. Quantum entanglement can be used in quantum computing.
量子纠缠可以用于量子计算。
4. Quantum entanglement is one of the core concepts of quantum mechanics.
量子纠缠是量子力学的核心概念之一。
5. The phenomenon of quantum entanglement has been observed in experiments.
量子纠缠现象在实验中被观测到。
习惯用语
In the same way
In the same way
以同样的方式
表示相似或相同的方式
用于比较或类比两个事物
At the same time
At the same time
同时
表示两个或多个事件同时发生
用于描述同时发生的动作或状态
Right? Or maybe
Right? Or maybe
对吗？或者可能
表示不确定或提出疑问
用于提出问题或表达不确定性
It makes sense
It makes sense
这有道理
表示某事是合理的或可以理解的
用于表达对某事的理解或认可
So, what happens?
So, what happens?
那么会发生什么？
询问结果或情况
用于询问某事的结果或情况
It's really confusing!
It's really confusing!
这真的很令人困惑！
表示对某事感到困惑
用于表达对某事的困惑或不解
相关句型
Quantum mechanics describes the behavior of particles at the atomic and subatomic levels.
Quantum mechanics describes the behavior of particles at the atomic and subatomic levels.
量子力学描述了原子和亚原子水平上粒子的行为。
The concept of superposition allows quantum bits to exist in multiple states simultaneously.
The concept of superposition allows quantum bits to exist in multiple states simultaneously.
叠加的概念使量子比特能够同时存在于多个状态。
Macroscopic systems are those that can be observed with the naked eye.
Macroscopic systems are those that can be observed with the naked eye.
宏观系统是指可以用肉眼观察的系统。
Qubits are the fundamental units of quantum computing.
Qubits are the fundamental units of quantum computing.
量子比特是量子计算的基本单位。
Experiments are essential for verifying scientific theories.
Experiments are essential for verifying scientific theories.
实验对于验证科学理论至关重要。
